Podcasts about oscillator

https://garykaltbaum.com/THE TOP 5By Gary Kaltbaum May 5, 2025 - Late day selling…and overdue.Oscillator bright red. Needs to be worked off.PLTR coughs one up but was very extended.Another tariff?Will know a lot more on if we pull back and how we pull back.  And again, overdue. Need to wipe some smiles off faces.

Microwave Journal editors Pat Hindle and Eric Higham review the articles in the April Amplifier and Oscillator themed issue, industry news and events. Sponsored by Mini-Circuits.

Tom creates another mini system, this time using the Xaoc Devices Belgrad filter as an Oscillator and running it through various waveshaping and effects! WOW!

For the Record is a conversation series where we speak with all manner of music heads — DJs, music journos, indie label captains, record shop owners, listening bar kingpins, et al — about their stories + the music that makes them. Join the Crate Coalition: https://discord.gg/sAaG6a7bv4 Jack Spallone started his music career talent-buying for live performances and artist management while still an undergrad. In 2016, he became an early contributor of Ujo Music, the ConsenSys project that introduced the first music cases on Ethereum. While at ConsenSys, Jack also worked with Harry Fox Agency and SESAC to secure the winning bid to be the technology partner of the MLC, among other enterprise client work. Jack has built a reputation as a web3 music pioneer. He has helped artists enter into the web3 ecosystem to explore new format releases, artist DAOs, and crypto-based community building tools. Apart from continuing to help artists, Jack is an investor and advisor to several music web3 startups and an active participant in the dialogue shaping web3 music. Today, along with long time collaborator and grammy-winning Andre Anjos (aka RAC), Jack leads a team of people building a data sharing protocol for music applications; Oscillator, and a music review and sharing app, Factory. MUSIC MENTIONS The Beatles “Hey Jude” by The Beatles Kazaa LimeWire Napster iTunes iPod CMT MTV Fuse Death Cab for Cutie The Postal Service Kanye West Daft Punk Pretty Lights Ultra Music Festival Jack Johnson Big Makk Knife Party Flume The Knocks Krewella RAC SoundCloud Mr Little Jeans Ujo Music and RAC (22:08): DJ Nexus Full Sail University EDMSauce Thomas Jack Kygo Imogen Heap Resonate (app) Oscillator Noise DAO factory.fm Q&A Led Zeppelin Dire Straits Fleetwood Mac The Eagles Bob Seger Paul Simon Simon & Garfunkel Two.C Blood Cultures Kenny Chesney Garth Brooks Discovering music today (46:53): Spotify SoundCloud First album ever purchased (51:57): “1” by The Beatles Most recent album purchased (52:30): “When It's Happening” by Scott McMicken and the Ever-Expanding Artists discovered in the past year (53:43): Goth Babe two.C Scott McMicken Desert island discs (54:23): “When It's Happening” by Scott McMicken and the Ever-Expanding “Flume” by Flume “1” by The Beatles

For the Record is a conversation series where we speak with all manner of music heads — DJs, music journos, indie label captains, record shop owners, listening bar kingpins, et al — about their stories + the music that makes them. Join the Crate Coalition: https://discord.gg/sAaG6a7bv4 Benjamin James is a contributor at Oscillator and Factory. He's also the founder of Ziggy Ziggy, a music brand that celebrates on-chain music culture – named after one Ziggy Stardust. He's also a writer for Billboard and a former artist and producer. He used to run a small record label in the north of the UK, where he joined forces with a brother-sister combo of vocalists and started a group called Mausi. Together they built a career as artists, touring with big names like Charli XCX and Rudimental before succumbing to the suppressive power of a major label. MUSIC MENTIONS David Bowie The Cure Talking Heads Yeah Yeah Yeahs The Strokes “Meet Me in the Bathroom” by Lizzy Goodman LCD Soundsystem Interpol Faithless The Clooney (Newcastle) Polarsets SoundCloud Hype Machine Mausi Charli XCX RAC Future Tape Neon Gold Records Water & Music Catalog Factory.fm Oscillator Spotify Arcade Fire Q&A Little Simz XL Records Jamie xx Boards of Canada Black Dave Discovering music today (34:20): Soulection COLORS Factory.fm First album ever purchased (35:45): “Marshall Mathers LP” by Eminem Most recent album purchased (35:55): “Wet Leg” by Wet Leg Artists discovered in the past year (37:45): Samara Cyn Flying Lotus King Hannah Desert island discs (48:28): “Disintegration” by The Cure “XX” by The XX “In Rainbows” by Radiohead

RAC is a Grammy award-winning musician, record producer, and pioneering creator in crypto. He is currently building Factory.fm (a music app) and Oscillator (a music protocol). Follow RAC on X @RAC. [0:00] - How RAC combined his interests in business and music to create a remix-as-a-service collective [13:56] - His discovery of and excitement about Ethereum [20:56] - Permissioned vs permissionless remixes [28:07] - RAC's early attempts to bring music onchain [37:10] - Creating a shared social graph for onchain music [50:57] - Why music requires a dedicated social graph [1:03:14] - RAC's creative process Mint this episode for free onchain on Base at ⁠pods.media/pod-of-jake/181-RAC For more episodes, go to ⁠⁠podofjake.com⁠⁠. Previous guests include ⁠⁠Mark Cuban⁠⁠, ⁠⁠Vitalik Buterin⁠⁠, ⁠⁠Brian Armstrong⁠⁠, ⁠⁠Balaji Srinivasan⁠⁠, ⁠⁠Keith⁠⁠ ⁠⁠Rabois⁠⁠, ⁠⁠Ali Spagnola⁠⁠, ⁠⁠Anthony Pompliano⁠⁠, ⁠⁠Raoul Pal⁠⁠, ⁠⁠Julia Galef⁠⁠, ⁠⁠Jack Butcher⁠⁠, ⁠⁠Tim Draper⁠⁠, and over 100 others alike. Learn from founders and CEOs of companies like ⁠⁠OpenAI⁠⁠, ⁠⁠Coinbase⁠⁠, ⁠⁠Solana⁠⁠, ⁠⁠Polygon⁠⁠, ⁠⁠AngelList⁠⁠⁠, ⁠⁠Oura⁠⁠⁠, and ⁠⁠Replit⁠⁠, and investors from ⁠⁠Founders⁠⁠ ⁠⁠Fund⁠⁠, ⁠⁠a16z⁠⁠, ⁠⁠Union Square Ventures⁠⁠, and many more. I appreciate your support and hope you enjoy. Thanks to ⁠⁠⁠Chase Devens⁠⁠⁠ for the show notes and ⁠⁠⁠Yiction⁠⁠⁠ for the music. Lastly, I love hearing from fans of the pod. Feel free to email me any time at ⁠⁠jake@blogofjake.com⁠⁠. Thank you!

References Circ Res. 2018 Sep 14; 123(7):868–885. IntechOpen. 2024. doi: 10.5772/intechopen.1003914 Intl Myeloma Foundation 2024. Clin Biochem Rev. 2009 Aug; 30(3): 105–111. Br J Pharmacol. 2018. Aug; 175(16): 3251–3262 Int J Mol Sci. 2020. Nov; 21(22): 8609 Telemann, G.P. 1733. Tafelmusik https://youtu.be/VTP9evStK64?si=3m_Mw3B7IFo0i_el --- Support this podcast: https://podcasters.spotify.com/pod/show/dr-daniel-j-guerra/support

Microwave Journal editors Pat Hindle and Eric Higham cover the April Amplifiers and Oscillators themed issue technical articles, industry news and events. Sponsored by RFMW.

Good luck trying to figure out where this episode goes based off that episode name.@sundayconversation

Joachim Garraud & Friends - ZZETRJJ Angger Dimas - Kitchen (Ookay Remix) [Extended Mix] Armand Van Helden - I Won't Stop (Club Mix Instrumental) Leftwing Kody & Hayley May - Bring The Heat (LK Extended Future Mix) Illusionize, DJ Glen feat. Chuck Roberts - Oscillator (Jack Is Back) (Extended Mix) Syncia - 2 Control Jose De Mara & Alex Now - The Power (Extended Mix) Tini Gessler - Don't Wanna (Extended Mix) Efim Kerbut - Freak (Extended Mix) Nautik - To The Beat (Extended Mix) Sanxez, Kiddest & Shawn Greys - Cream (Extended Instrumental) SINO - Hold Me Close (Extended Mix) Joachim Garraud & Friends - KFUQWSW Josh Wink - Superfreak (Freak) (Rene Amesz Booty) MORTEN - Control (Extended) Joachim Garraud & Friends - BHAWXRR Salvatore Ganacci - Retro (Original Mix)

This episode is part one of two episodes where we have a heartfelt conversation with Maddi, the mother of York, who born with a congenital heart defect known as Aortic Stenosis. Maddi's recounts her unfathomable journey through York's diagnosis, multiple surgeries, and the struggles of reconciling everyday life with living in the hospital. Maddi gives us a raw, intimate look into the challenges and triumphs of navigating the world of paediatric intensive care. In honor of Feb 14th, Sweetheart Day, this episode serves as a tribute to little heart warriors and their families, shedding light on their strength, resilience, and the often-underrecognised situations they face. Our charity shout out goes to Heart Kidsy who support families and children with Congenital Heart Disease.Trigger warning for late term medical abortion and childhood death in this episode.We talk about a few advanced concepts in this episode, if your interested in finding out more, here are some good places to start...Aortic StenosisHypoplastic Left Heart Syndrome'ECMO' - Extra Corporeal Membrane Oxygenation or Extra Corporeal Life SupportVentilation support'The Oscillator' - High Frequency Oscillation Ventilation

This is a free preview of a paid episode. To hear more, visit michaelgarfield.substack.com...about AI, art, culture, celebrity, identity, and trauma.Before we begin: I'm teaching a six-week online course on science, philosophy, economics, media, and dinosaurs! Join me at NuraLearning.com for Jurassic Worlding, a psychedelic deep dive into self-fulfilling techno-thrillers and the analog-digital transition, starting August 1st!The course is now pay-what-you-can thanks to the generosity of our learning platform…everyone into the pool for my first “Michael plays professor” cohort!This week on Future Fossils, I'm joined by returning guest my friend Scout Rainer Wiley, metamodern ritual artist, expectation-defying wunderkind, and host of the blog and podcast The Oscillator's Stone for a conversation about…well…Here, I'm going to let the superb language model at Podium.Page break it down for you. I wouldn't call this list “exhaustive” since we let the ADHD faeries carry our discussion wherever they liked, but I'm pretty impressed with this briefing:Key Takeaways:1. The episode delves into the complex intersection of art, culture, and artificial intelligence. It brings to light the implications of AI on our lives, potentially liberating us from the attention economy and the idea of work as a requirement for survival.2. The conversation touches upon the significance of local scenes in the era of globalization and scrutinizes the perils of celebrity worship.3. Intellectual property rights and ownership boundaries in the age of late capitalism are explored, sparking a debate about fairness and the redistribution of wealth in an increasingly digital and AI-driven world.4. The episode delves into socio-economic issues, discussing how rising real estate prices and the scarcity of affordable housing impact culture.Unanswered Questions and Potential Inquiries:1. How can AI be used to promote cultural diversity rather than appropriating and diluting it?2. How can the power of AI be harnessed to address socio-economic issues such as housing affordability?3. Can AI help us understand and navigate the complexities of celebrity culture, or will it exacerbate the problems?4. What does the future of intellectual property rights look like in an age of increasingly advanced AI?5. How can the insights of indigenous and black sci-fi writers inform our approach to the future?6. As technology continues to reshape our world, how do we maintain the importance of local scenes and individuality?7. How can the lessons of metamodernism inform our approach to the future, particularly in relation to technology and AI?8. Can AI play a role in addressing ancestral traumas, and if so, how?Overall, this podcast episode offers a thought-provoking exploration of the intersections of art, culture, and AI, sparking questions about our future in an increasingly AI-driven world.HA! Wow. There you have it. Imagine all that only through the filter of two delightfully bizarre transmedia philosopher-artists at their Casual Friday best.✨ Chapters:(0:00:00) - Culture's Impact on Art Exploration(0:06:16) - AI's Impact on Work and Culture(0:21:05) - Scale and Local Scenes(0:27:49) - Scene and Cultural Shift Impact(0:33:42) - Doom, Hope, and the World Reflections(0:48:54) - Metamodernism, Apocalyptic Themes, and Personal Reflections(0:58:38) - Exploring Ancestral Traumas and Embracing Romanticism(1:05:49) - Exploring Popularity, Culture, and the Future✨ Mentions:Future Fossils 195 - Emergency AI Art Panel with Topher Sipes, Jamie Curcio, Evo Heyning, Julian Picaza, and Micah DaigleMusic in this episode:“Biome Seven” from Biosphere Dreaming“The Luminous Night” from Empty FramesJohnny DeppAnson MountWeezer - “My Name is Jonas”Pierre-August Cot - The Storm (painting)Donald TrumpStuart Davis - Bright ApocalypseElroy CraichDaniel Görtz + Michael Garfield + Tom Amarque on metamodern deep futurismStar Trek: Strange New Worlds (TV series)Taylor Swift - “Blank Space” (music video)MitskiHarley Quin (Batman franchise)Queen's Gambit (TV series)Victoria Nelson - The Secret Life of PuppetsMichael Garfield - “In Defense of Star Trek: Picard and Discovery”✨ Support Future Fossils:Subscribe anywhere you go for podcasts.Subscribe to the podcast PLUS essays, music, and news on Substack or Patreon.Buy my original paintings or commission new work.Buy my music on Bandcamp.Follow me and my annually-updated listening recommendations on Spotify.Join our lively members-only Facebook Group and public-facing Discord Server (with patron channels) for rewarding discourse on tap every day!✨ Tip Jars:@futurefossils on Venmo$manfredmacx on CashAppmichaelgarfield on PayPal✨ Affiliate Links:• Find all the books I mention in the show at the Future Fossils Bookshop.org page!• Help regulate stress, get better sleep, recover from exercise, and/or stay alert and focused without stimulants, with the Apollo Neuro wearable. I have one and while I don't wear it all the time, when I do it's sober healthy drugs.• BioTech Life Sciences makes anti-aging and performance enhancement formulas that work directly at the level of cellular nutrition, both for ingestion and direct topical application. I'm a firm believer in keeping NAD+ levels up and their skin solution helped me erase a year of pandemic burnout from my face.• Podium.Page is a very cool new AI service for podcast show notes I'm happy to endorse. Sign up here and get three free hours and 50% off your first month.• And musicians, let me recommend you get yourself a Jamstik Studio, the coolest MIDI guitar I've ever played. I LOVE mine. You can hear it playing all the synths on my song about Jurassic Park (and that's a link to a new AI music video).✨ Transcript available for Patreon & Substack members

Microwave Journal editors Pat Hindle and Eric Higham cover the April Amplifier and Oscillator issue products, interview Tom Kole (VP of Sales and Marketing at Integra Tech) about high voltage GaN, and review the latest industry news and events. Sponsored by RFMW and Integra Tech.

An hour of brilliant, upfront tunes from the likes of Thirteen Thirteen, Wuzy Bambussy, Tom Houston, NX Panther, Charlie and the Oscillator, Gold Baby, Apteekii, Solid State Orchestra, Ten Hands High, Emmi Marria, Fez, Holly Taymar, Life Coach, Prawns. The Lost Hours, Peter with Rosie, Barrelhaus and Rosie Miles all picked by Tom Robinson from the BBC Introducing Uploader.

Microwave Journal Editors Pat Hindle and Eric Higham discuss the April Amplifiers and Oscillators issue technical articles, industry A&D and commercial news, and upcoming trade shows. Sponsored by RFMW.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2023.03.30.533363v1?rss=1 Authors: Iuliani, I., Mbemba, G., Lagomarsino, M. C., Sclavi, B. Abstract: A long-standing hypothesis sees DNA replication control in E. coli as a central cell cycle oscillator at whose core is the DnaA protein. The consensus is that the activity of the DnaA protein, which is dependent on its nucleotide bound state, is an effector of initiation of DNA replication and a sensor of cell size. However, while several processes are known to regulate the change in DnaA activity, the oscillations in DnaA production and DnaA activity have never been observed at the single cell level, and their correlation with cell volume has yet to be established. Here, we measured the volume-specific production rate of a reporter protein under control of the dnaAP2 promoter in single cells. By a careful dissection of the effects of DnaA-ATP- and SeqA-dependent regulation of dnaAP2 promoter activity two distinct cell-cycle oscillators emerge. The first one, driven by both DnaA activity and SeqA repression, is strongly coupled to cell cycle and cell size, and its minima show the same "adder" behaviour as initiation events. The second, a reporter of DnaA activity in the absence of SeqA binding, is still coupled with cell size but not to the time of cell division, and its minima (corresponding to DnaA activity peaks) show a "sizer-like" behavior, hence deviating from actual initiations. These findings indicate that production of DnaA is tightly coupled to cell volume through the timing of gene duplication, positive and negative regulation by DnaA-ATP itself and SeqA repression, and that DnaA activity peaks are a necessary but not sufficient condition to trigger replication initiation, posing firmer quantitative bases for a mechanistic understanding of cell cycle progression in bacteria. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

the sid chip nom nom xp rawr. 6k. 64k. let me play around with your elektron sidstation for a night or two. did you know that the commodore 64 is “cool” and that i “love” it? that guy made ensoniq chips too. huh… chips……  https://www.patreon.com/noranygard  the absolute inability to ever fully know anything. I recently learned that the earth is more than 6000 years old and stuff. sorry to be “vulnerable” but i just want to be honest and admit my mistakes :/ we just got agriculture like 12,000 years ago. this doesn't make any sense i'm FREAKING OUT. earth is so old and meanwhile i can barely figure out what happened in the 80s. lost media. deep vapor. the demoscene, the pirates, the “german spreading service”  audio technology, pop music, sound design, culture… what's interesting to me? people, baby. people are what's interesting to me. is keygen music “dead”? is chiptune “over”? is video game music more pop music than pop music?  i'm gonna do a few episodes on this crap. i want to take the time to follow rabbit holes, and learn how to pronounce mos technology.  i first touched the c64 when i was 16 or 17. this guy named paul slocum invented software called the cynthcart that somehow made its way into my psycho teen brain. i bought it and i bought a c64 on ebay in the late 2000s. paul's amazing band with a bad name is called “tree wave” and their ep is called cabana. i still think it's sick as hell, check out the song called “sleep” it has this crazy my bloody valentine type vibe: https://www.youtube.com/watch?v=jP0CAb0redQ oh amazing check out these pictures i just found of tree wave. can't believe i'm just seeing these for the first time: https://www.musicforlisteners.com/treewave.htm (maybe i found the band on myspace back in the day..?) here's paul slocum's cynthcart pdf: https://www.qotile.net/files/cynthcart2.0.pdf i wanted to play the c64 alongside the ensoniq esq-1 in my band but alas i was too dumb to get it figured out at the time. here's an example of the mssiah software, it shows how much range the sid chip has as far as its synthesizer capabilities go: https://www.youtube.com/watch?v=EiPE5WY5PPM   impossible mission, c64 speech, stay awhile stay forever: https://www.youtube.com/watch?v=i1_fDwX1VVY   im playing elden ring. im playing impossible mission. im playing the combination elden ring impossible mission.   october 1982 commodore 64 datasheet: http://archive.6502.org/datasheets/mos_6581_sid.pdf “Two A/D converters are provided for inter-facing SID with potentiometers. These can be used for ‘paddles' in a game environment or as front panel controls in a music synthesizer, SID can process external audio signals, allowing multiple SID chips to be daisychained or mixed in complex polyphonic systems.”   podcast interview with mark barton, the programmer behind sam the software automatic mouth: https://archive.org/details/Mark-Barton-Software-Automatic-Mouth/Mark+Barton+320.mp3   email interview by a student at the vienna university of technology with robert yannes of mos technology, commodore 64, ensoniq: https://web.archive.org/web/20070222065716/http://stud1.tuwien.ac.at/~e9426444/yannes.html  some key quotes from that interview:   “I thought the sound chips on the market (including those in the Atari computers) were primitive and obviously had been designed by people who knew nothing about music.”   “When I designed the SID chip, I was attempting to create a single-chip synthesizer voice which hopefully would find it's way into polyphonic/polytimbral synthesizers.”   “The SID chip was my first attempt at a phase-accumulating oscillator, which is the heart of all wavetable synthesis systems.”   “the Oscillator is a 24-bit phase-accumulating design of which the lower 16-bits are programmable for pitch control”   sound interface device.   some computer i hate! this computer? i love you.

Foundations of Amateur Radio A is for Antenna, the eyes and ears of any amateur station. You'll spend eighty percent of your life attempting to get twenty percent improvement for any antenna you'll ever use. B is for Balun, bringing together the balanced and unbalanced parts of your antenna system. C is for Coax, the versatile conductor that snakes into your station, one roll at a time. D is for Dipole, the standard against which all antennas are measured, simple to make, simple to use and often first in the many antenna experiments you'll embark on in your amateur journey. E is for Electron, source of all things RF, the beginning, middle and end of electromagnetism, the reason you are an amateur. F is for Frequency, the higher you go, the faster it happens. G is for Gain, measured against a baseline, you'll throw increasing amounts of effort at getting more, one decibel at a time. H is for Hertz, Heinrich to his mother, the first person to transmit and receive controlled radio waves in November of 1886 proving that James Clerk Maxwell's theory of electromagnetism was correct. I is for Ionosphere, the complex and ever changing layers that surround Earth which led radio amateurs to discover HF propagation in 1923. J is for JOTA, the Jamboree On The Air where radio amateurs, guides and scouts come together on the third full weekend of October to share global communications. K is for Kerchunk, the sound caused by the local repeater that brings a smile to the operator and a grimace to the listener, created by pushing the talk button and not saying anything. L is for Logging, the only way you'll ever remember who you spoke to and when and the perfect excuse for bragging to your friends after you managed to collect contacts all over the globe. M is for Modulation, adding information to a radio signal by varying the amplitude, frequency, or phase. N is for Net, a social excuse for getting on air and making noise with your friends. O is for Oscillator, making repeating currents or voltages by non-mechanical means. P is for Prefix, the beginning part of an amateur callsign that identifies your country or region of origin. Q is for QRP, the best way to make just enough noise to make yourself heard, low power is the way to go! R is for Resonance, the point where a circuit responds strongly to a particular frequency and less to others, used every time you tune a radio or an antenna or both. S is for Shack, the space you call home, where you live your radio dream. The size of the corner of the kitchen table, the back-seat of your car or a purpose built structure with never enough space, no matter how much you try. T is for Transceiver, a single box that contains both a transmitter and receiver that share a common circuit. U is for UTC, Coordinated Universal Time, the only time zone that radio amateurs should use for any activity that goes beyond their suburb. V is for VFO, the Variable Frequency Oscillator that provides radio amateurs with frequency agility, the means to listen anywhere, any-time. W is for Waterfall, which displays radio signals across multiple frequencies at the same time. X is for XIT, Transmit Incremental Tuning, changing your transmitter frequency whilst listening on the same frequency, helpful when you're trying to break through a DX pile-up. Y is for Yagi, or Yagi-Uda antenna, the most popular directional antenna invented in 1926 by Shintaro Uda at the Tohoku Imperial University in Japan and popularised to the English speaking world by his boss Hidetsugu Yagi. Z is for Zulu, the last word in the phonetic alphabet that every amateur should know and use. 73 is for best regards. Saying goodbye is hard to do, this says so without fanfare and clears your station from the air. I'm Onno VK6FLAB

In this video we want to calculate this oscillator here, it's a Moving Average of Oscillator, that's a strange name but actually it produces buy or sell signals whenever it crosses the 0 (zero) line here. So when it crosses from above this will create a sell signal and when it crosses from below 0 (zero) it creates a buy signal. Now how can we create an Expert Advisor that is able to output the buy or sell signals for our oscillator here? To do that please click on the little button here or press F4 on your keyboard and now you should see the Metaeditor window, until you want to click on: “File/ New/ Expert Advisor (template)” from template, “Continue”, I will call this file: “SimpleIOSMA” click on “Continue”, “Continue” and “Finish” and now you can delete everything above the “OnTick” function and the two comment lines here. First we need to create a string variable for the signal, this is called: “signal” and we don't assign a value now, it's a string variable because we are going to assign a text but before we can do that we need to calculate the IOSMA that is done by using the included function “iOsMA” that comes with MQL4. It takes a few parameters; the first one is for the current symbol – we use the constant “NULL” here –, the second is for the current time frame – that's the number 0 –, when you click on the “ENUM_TIMEFRAMES” link here you will see that the 0 (zero) stands for the current period. We have values for 12, 26 and 9, that's also what we see here and when you click on “Insert/ Indicators/ Oscillators/ Moving Average of Oscillator” you will see the fast EMA is 12, slow EMA is 26, and MACD SMA is 9, so that's why we use this. The result will be calculated based on the close price and the 0 (zero) stands for the current candle but for a crossover we want to compare the current candle with the last candle. This line is exactly the same as the one above except of the last parameter because the candle here is candle 0 and the candle before is candle 1 and whenever we want to find a crossover we need to compare the two candles, so that's why we calculate candle 1 here and here is how we use the values; if the last IOSMA value (IOSMAValue) was below 0 (zero) and if the current IOSMA value (IOSMAValue) is above 0 (zero) that would be a buy signal so we assign the word “buy” to our signal. In the other case if the last IOSMA value (IOSMAValue) was above 0 (zero) and if the current IOSMA value (IOSMAValue) is below 0 (zero) that would be a sell signal so we assign the word “sell” to our signal and in the last step we want to output the signal directly on our chart, so we use the built in “Comment” function to output the word: “Signal: “ followed by our “signal” that we have calculated. Okay, that's it. Please click on the “Compile” button or press F7 on your keyboard; that should work without any errors here and in that case you can click on a little button here or press F4 to go back to Metatrader. In Metatrader we use a little trick; let's click on “Insert/ Indicators/ Oscillators/ Moving Average of Oscillator”, go with the default values here and press “OK” and now the oscillator shows up, now let's right click into the chart, select “Template/ Save Template” and save it as: “tester.tpl” because this is the template that our back-test is going to use now. If you don't see the “Strategy Tester” please click on “View/ Strategy Tester” or press CTRL and R and here you want to pick the file: “SimpleIOSMA.ex4”, enable the visual mode here and start a test. …and here is our little Expert Advisor at work, it produces buy or sell signals directly on our chart and now you know how to code the Moving Average of Oscill...

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2023.01.31.526514v1?rss=1 Authors: Pope, M., Seguin, C., Varley, T. F., Faskowitz, J., Sporns, O. Abstract: Dynamic models of ongoing BOLD fMRI brain dynamics and models of communication strategies have been two important approaches to understanding how brain network structure constrains function. However, dynamic models have yet to widely incorporate one of the most important insights from communication models: the brain may not use all of its connections in the same way or at the same time. Here we present a variation of a phase delayed Kuramoto coupled oscillator model that dynamically limits communication between nodes on each time step. An active subgraph of the empirically derived anatomical brain network is chosen in accordance with the local dynamic state on every time step, thus coupling dynamics and network structure in a novel way. We analyze this model with respect to its fit to empirical time-averaged functional connectivity, finding that it significantly outperforms standard Kuramoto models with phase delays. We also perform analyses on the novel structural edge time series it produces, demonstrating a slowly evolving topology moving through intermittent episodes of integration and segregation. We hope to demonstrate that the exploration of novel modeling mechanisms and the investigation of dynamics of networks in addition to dynamics on networks may advance our understanding of the relationship between brain structure and function. Keywords: Structure-function relationship, generative modeling, communication modeling, dynamics, functional connectivity, structural connectivity, fMRI, network science. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

  In this little video, we are going to calculate an entry signal for this Oscillator that is called the DeMarker Oscillator. It is not so well known, but we will create an entry signal for it. So let’s see how we can do that with MQL5.   A separate window below the candle chart shows the Demarker oscillator.   It has a scale and two lines.   Most of the time, oscillators are used to filter other signals, but they can also be used to make entry signals, which is what we’ll do here.   To use it, we need to create a separate MQ5 file and put it in the same folder as the other Platin System files.   CheckEntry iDEMARKER mq5 is the name of the file, and CheckEntry is the only function it has.   It will figure out what our entry signal is and send that info back to the main module.   We want to make a string variable for the calculated signal, but we won’t give it a value yet because that will be figured out later.   We need a price array. Please choose the type double as it can hold floating type values.   MQL5 includes a function called iDEMARKER that we can use to define our oscillator.   A few parameters need to be set. The first parameter is the chart’s symbol. The period on the chart is the second parameter.   And the last parameter is used for the number of candles we want to use for our calculation.   When you drag the Demarker oscillator onto one of your charts, you will also see these values.   Now we use array set as series to sort the array that we have created from the current candle 0 downwards.   With CopyBuffer, we put data into the array. We do it  according to our definition from above and calculate values for buffer 0, beginning with the current candle 0 and the next three candles.   Let’s keep going and figure out the current candle’s value by looking at the value of candle 0 in our array. With Normalize Double we can format the value to show 3 digits behind the dot.   To figure out when to buy, we look for a value that is below the lower line. That would be the case then it is below 0.3 !   So it would be a buy signal, and when that happens, we give our signal the word “buy.”   Otherwise, if the value is above 0.7 or above the upper line of the oscillator scale that would be a sell signal, so we put the word “sell” into our signal.   At the end of the function, the signal is sent back to the main module using the return command.   Please don’t forget to save the file!   You don’t need to compile it right now. Just save it and go back to where the OnTick function is in the main module.   There, you need to add the new file to the section that contains the include statements. Using the include statement, followed by the name of the file we have created.   Please use two slashes to comment out any other entry signals, and press F7 or click the Compile button to compile both the main module and the new entry file you just made.   Okay, I hope that the compilation process has worked for you. You should now be able to use the DeMarker Oscillator either as an entry signal or as a filter.   Thank you for watching this video, and I will see you in the next one. Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM - STOCHASTIC OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5-TUTORIAL-PLATIN-SYSTEM-THE-AWESOME-OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MACD OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - RELATIVE STRENGTH INDICATOR The post MQL5 TUTORIAL – PLATIN SYSTEM – DEMARKER OSCILLATOR appeared first on MQL5 Tutorial.

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    In this video, we are going to create an entry signal for the bolts Power Oscillator. It looks very similar to the Bears Power Oscillator that we have created before. And it’s similar to do. So let’s find out how to do it with MQL5.    This time, we’re going to figure out the Bulls power oscillator and use it to make a trading system entry signal.   The Bulls Power is shown below the candle chart, and it shows numbers that are either above or below 0.   To start, we make a new file called CheckEntry BullsPower and put it in the same directory as the other system files.   The new file will use a function called CheckEntry, and we’ll make a variable called signal that will be used to return our calculated signal at the end of the function.   We’ll also need an array to store price information for a few candles.   Now, let’s keep going and define what our oscillating function is. For this, MQL5 has a built-in function called iBullsPower.   There must be three parameters. The first two are for the current symbol and period on the chart, and the third is for the calculation period. It is 13 in our case.   Then, we use Array set as Series to sort our array starting with the current candle and going down.   Now we can use CopyBuffer to add data to our array.   We do it for the definition we just made and for buffer 0!   We want to start with the current candle 0 and copy the price data for the next three candles.   Our price array holds the result.   And because of that, you can now find the value for the current candle by looking at that price array and, in particular, the value for candle 0.   We can now figure out the buy signal.   When the Bulls power value is greater than 0, we want to use that as a sign to buy.   So let’s give our signal the word “buy.”   In the other case, we want to sell whenever the value is less than 0.   At that point, we want to give the signal variable the value “sell.”   At the end of the function, please use the return function to send the calculated value back to our main module.   The entry module is done, now. Save it right away.   Then you need to open the main file and look for the part where you need to add the entry signal.   You can do that by putting the file name for our entry signal after the include statement.   Please remove  any other entry signal by putting two slashes in front of it.   When you’re done, you can compile the main module and the entry module you just made by pressing F7 or clicking the compile button.   If everything went well, you shouldn’t get any errors, just some warnings!!   Okay, that’s it for the Bulls Power Oscillator. Smart idea to do two Oscillators that look almost exactly the same. Thank you for watching this video. I will see you in the next one.   Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM - BEARS POWER OSCILLATOR MQL5-TUTORIAL-PLATIN-SYSTEM-THE-AWESOME-OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - STOCHASTIC OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MACD OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR The post MQL5 TUTORIAL – PLATIN SYSTEM – BULLS POWER OSCILLATOR appeared first on MQL5 Tutorial.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.11.29.518360v1?rss=1 Authors: Effenberger, F., Carvalho, P., Dubinin, I., Singer, W. Abstract: Biological neuronal networks have the propensity to oscillate. However, it is unclear whether these oscillations are a mere byproduct of neuronal interactions or serve computational purposes. Therefore, we implemented hallmark features of the cerebral cortex in recurrent neuronal networks (RNNs) simulated in silico and examined their performance on common pattern recognition tasks after training with a gradient-based learning rule. We find that by configuring network nodes as damped harmonic oscillators (DHOs), performance is substantially improved over non-oscillating architectures and that the introduction of heterogeneous nodes, conduction delays, and network modularity further improved performance. We furthermore provide a proof of concept of how unsupervised Hebbian learning can work in such networks. Analyses of network activity illustrate how the nonlinear dynamics of coupled DHOs drive performance, and provide plausible a posteriori explanations for a number of physiological phenomena whose function so far has been elusive. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

    In this video, we are looking at the Bears Power Oscillator. That’s the little Oscillator here below the candle chart. So let’s find out how to create an expert advisor entry signal for this Oscillator.   This time we want to calculate the bears power oscillator and use it to create an entry signal for your trading system.   The Bears Power is shown below the candle chart and it creates values that are either above or below 0!   To get started, we create a new file called CheckEntry_BearsPower in our directory where the other system files are already stored.   The new file will use a function called CheckEntry and we create a variable called signal that will be used to return our calculated signal, at the end of the function.   And, of course, we also need an array to hold price data for a few candles.   Now let's continue and create a definition for our oscillating function. MQL5 offers an integrated function for that called iBearsPower.   Three parameters are required. The first two are for the current symbol and period on the chart, the third one is for the calculation period. In our case it is 13.   Afterwards we use Array set as Series to sort our array from the current candle downwards.   And now we can fill our array with data by using CopyBuffer.    We do it for the definition that we have created a minute ago and for buffer 0!   We want to start with the current candle 0 and copy price data for 3 candles.   The result is stored in our price array.   And that makes it possible to now get the value for the current candle by looking into that price array and especially at the value for candle 0!   Now we can calculate the buy signal.   Whenever the bears power value is above 0 we want to use it as a buy signal.   So let's assign the word buy to our signal.   In the other case, we want to sell whenever the value is below 0!   That is when we want to assign the word sell to the signal variable.   And now please use the return function to return the calculated value to our main module at the end of the function.   That's it for the entry module. Please save it now.   And afterwards you need to open the main file and look for the part where the entry signal now needs to be included.   You can do that by using the include statement followed by the file name for our entry signal.   Please outcomment any other entry signal by adding two slashes.   When you are finished, you can press F7 or click the compile button to compile the main module and the entry module you have just created!   If everything went well, you should not get any errors!   If you do, please check out the error messages and what they mean!   On MQL5.com there is a list of those error codes available!   Okay, by now, you should have a working version for the Bears Power Oscillator. I would like to say thank you for watching this video and I will see you in the next one.   Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM - BULLS POWER OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5-TUTORIAL-PLATIN-SYSTEM-THE-AWESOME-OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - STOCHASTIC OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MOMENTUM OSCILLATOR The post MQL5 TUTORIAL – PLATIN SYSTEM – BEARS POWER OSCILLATOR appeared first on MQL5 Tutorial.

    In this video, we are going to create an entry module for this oscillator here. It is called the Chaiken oscillator. So let’s find out how we can code an entry module.   The chaikin oscillator is usually used to confirm other signals, because it is an oscillator.   But in this example we will use it to generate buy and sell signals!   Let's create a new file called CheckEntry_Chaikin.mp5 in the same directory where the other files are stored.   Like we have done for other entry modules we need to create a function called CheckEntry.   The signal is later returned by this function.   And now we need a string variable and a price array!   MQL5 comes with a function called iChaikin that we can use to create our definition for the calculation.   Parameter 1 is for the current symbol and parameter 2 for the current period on our chart.   Afterwards we have two numbers!   If you open Metatrader5 and select insert, indicators, oscillators, you will learn that these values are for the fast moving average and for the slow moving average.   The standard values are 3 and 10!   The following parameter is used to define that we want to calculate the result based on Mode_EMA, that stands for exponential moving average.   And in the last parameter we have defined that the result should be calculated on the tick basis.   Now let's continue and sort the array from the current candle downwards by using array set as series.   And then we use Copy Buffer to fill our array with data!   We do it for the formerly created definition and buffer zero, starting from the current candle 0.   We want to store the values for 3 candles in our array!   Now we can calculate the values for the current candle and the one before.   We do that by looking at the values of candle 0 and candle 1 in our array.   If the current chaikin value is above 0 and the previous value was below 0, we consider that to be a buy signal and assign the word buy to our signal.   Otherwise, if the current value is below 0 and the previous value was above 0, that will be a sell signal, so we assign the word sell to our signal.   And finally we use the return function to return the calculated value to our main module.   That is it for the entry, please do not forget to save it.   Compiling is not required as it is imported into the main module.   Now let’s open the main module and find the include section.   There you can outcomment the other entry modules with two slashes and add a new include statement for the new file that we have created.   And now we need to press F7 or click on the compile button to compile both modules.   You will see some warnings, but you should not get any errors.   Okay, so far, this is it for the Chaikin oscillator. I hope the compilation process worked for you. Thank you for watching, and thank you for watching, and I will see you in the next video. Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM ACCUMULATION DISTRIBUTION… MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - BEARS POWER OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - STOCHASTIC OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MACD OSCILLATOR The post MQL5 TUTORIAL – PLATIN SYSTEM – CHAIKIN OSCILLATOR appeared first on MQL5 Tutorial.

    This colorful indicator here below the chart window is called the awesome Oscillator. We want to create an entry signal to calculate the values for our entry signals that are traded here. So let’s find out how we can do that with MQL5.   Since the Awesome indicator is an oscillator, it will be shown in a separate window below the candle chart.   To use it, we make a separate MQ5 file and put it in the same directory as the other Platin System files.   CheckEntry IAO.mq5 is the name of the file, and it only has one function called CheckEntry.   The buy and sell signals for our system are worked out by this function.   We start with a string variable called signal, but we don’t give it a value right away because we’ll figure that out later.   The next thing we do is make an array. We use the “double” data type because it can also be used with “floating point” numbers.   Then, we use the function iAO that comes with MQL5 to create a definition for the Awesome Oscillator signal.   And we want to do that for the current symbol on the chart and the period that is currently selected on that chart.   No further parameters are required.   Now we use Array Set as Series for our IAO Array to sort it from the current candle downwards.   Afterwards we can fill our IAO Array according to the definition that we have done above.   We do it for buffer 0, starting from candle 0 for 3 candles and store the values in our price array.   That makes it possible to calculate the current IAO Value by looking at candle 0 in our array.   With normalize double, we make sure to format the output with 6 digits behind the dot, as this is how the value also looks like when you add the oscillator manually to your chart.   Now, let's continue with the calculation for the signal.   If the current value is above 0 we want to buy, so we assign the word buy to our signal.   And when the current value is below 0, we want to sell so we assign the word sell to the signal.   The last part is to give back the calculated value by using the return function and we also need to save the file.   Compiling will be done in the main file, so please open it and look for the include statements that are already contained in the source code.   There we will use two slashes to outcomment the other entry signals and add another line to include the new file called CheckEntry_ IAO.mq5.   Afterwards we can click the compile button or simply press the F7 key to get both files compiled.   A few warnings are expected, but you should not see any further error codes.   Okay, by now, you should have a compiled version for this little oscillator here. You see that it’s creating lots of trades. And I would like to say thank you for watching this video, and I will see you in the next one.   Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM - STOCHASTIC OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MOMENTUM OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MACD OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - RELATIVE STRENGTH INDICATOR The post MQL5-TUTORIAL-PLATIN-SYSTEM-THE-AWESOME-OSCILLATOR appeared first on MQL5 Tutorial.

    In this video, we want to check out this Oscillator here. It is called the Stochastic oscillator, and it is very popular. So let’s find out how we can create an entry signal for this one with MQL5.   In this video, we’re going to make an entry signal for this little oscillator that an expert advisor can use. It’s called the “Stochastic oscillator,” and a lot of people use it. So let’s find out how MQL5 can help us do that.   The Stochastic oscillator is shown in a separate window below the candle chart.   It has two lines and a scale.   Most of the time, oscillators are used to filter out signals, but they can also be used to make entry signals, which is what we’ll do here.   To use it, we make a separate MQ5 file and put it in the same folder as the other Platin System files.   The file is called CheckEntry Stochastic.mq5, and it has only one function called CheckEntry.   It will figure out what our entry signal is and send that information back to the main module.   We want to make a string variable for the calculated signal, but we won’t give it a value yet because that will be worked out later.   Now we need two double-type arrays to hold the different prices.   The first one is called the K-Array and the second one is called the D-Array.   We sort both arrays from the current candle downwards by using Array set as Series.   MQL5 comes with a function called iStochastic which we can use to create a definition for our oscillator.   We need to pass a few parameters. The first parameter is for the symbol on the chart. The second parameter is for the period on the chart.   Parameters 3, 4 and 5 are the standard values for the Stochastic oscillator to define the so-called K-period, the D-period and the slowing. You will also see these values when you drag the Stochastic indicator onto one of your charts.   In the last two parameters, we define that we want to use MODE_SMA which stands for the simple moving average mode and we want to calculate the result based on the low and high prices.   With CopyBuffer we fill both arrays with data and we do that for buffer 0 and buffer 1. In both cases from the current candle 0 and for 3 candles.   Let's continue and calculate the value for the current candle by looking at the value of candle 0 in both arrays.   Afterwards we do the same for the candle before by looking at the values for candle 1 in both arrays.   To calculate the buy signal, we check for a crossover.   So if the K-value and the D-value for candle 0 are below 20, we want to know if the K-value is now above the D-value and if it was below for the candle before.   That would be a buy signal and that is when we assign the word buy to our signal.   Otherwise, if the K-value and the D-value for candle 0 are above 80 we want to know if the K-value is now below the D-value and if it was higher for the candle before.   That would be a sell signal and that is when we assign the word sell to our signal.   At the end of the function we use the return command to return the signal to the main module.   Please remember to save the file.   You don’t have to compile it. Just save it and go back to the main module, where the OnTick function is.   There, you must add the new file to the include section. This can be done with the help of the include statement.   Please use two slashes to outcomment any other entry signals and press F7 or click the Compile button to compile both the main module and the new entry file you just made.   Okay, if everything worked out as it should, you should now have a working version for the Stochastic Oscillator. Please note that this one will not create so many signals, because it will only create signals when we see a cross over here. That’s it for now. Thank you for watching, and I will see you in the next video.   Not sure what to do? Click on the automated trading assistant below MQL5-TUTORIAL-PLATIN-SYSTEM-THE-AWESOME-OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MACD OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - BEARS POWER OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - BULLS POWER OSCILLATOR The post MQL5 TUTORIAL – PLATIN SYSTEM – STOCHASTIC OSCILLATOR appeared first on MQL5 Tutorial.

This time we are going to create a standalone Expert Advisor to trade the Awesome Oscillator, it will output buy and sell signals directly on the chart and whenever the line is crossed here we either get a sell signal when it’s below the dotted line or we would get a buy signal as soon as it crosses the line like right now the bars are above and now we consider that to be a buy signal. Now how can we create an Expert Advisor in MQL5 that is able to not only output the signals on the chart but to automatically trade them? To do that please click on the little icon here or press F4 on your keyboard now you should see the Metaeditor window and here you want to click on: ”File/ New/ Expert Advisor (template)” from template, “ Continue”, I will call this file: “SimpleAwesomeStandaloneEA”, click on “Continue”, “Continue” and “Finish”. Now you can delete everything above the “OnTick” function and the two comment lines here. We start by including the file “Trade.mqh”, this one comes with MQL5 and it makes it possible to create an instance from the class “CTrade” that will be called: “trade” and we are going to use it to open positions later on. Before we do that we calculate the Ask price and the Bid price that is done by using “SymbolInfoDouble” for the current symbol on the chart, “SYMBOL_ASK” will give us the Ask price and “SYMBOL_BID” will give us the Bid price. With “NormalizeDouble” and “_Digits” we automatically calculate the right number of digits because the current currency pair has 5 digits behind the dot but there are also other currency pairs with 3 digits behind the dot. Now we need a signal variable that will be a string variable so it can contain text later on right now we don’t assign any values because we need to calculate them later on. With “MqlRates” we create a price information array (PriceInformation), that function here stores the information about the prices, the volumes and the spread. Now we sort the array from the current candle downwards by using “ArraySetAsSeries” and with “CopyRates” we fill it for the current symbol and the currently selected period on the chart from candle 0 (zero) for 3 candles and we store the data in our price information array (PriceInformation). Let’s create another array called: “PriceArray” that one will hold the data for our Oscillator, so let’s use the integrated “iAO” function of MQL5 to define the Awesome Oscillator Indicator for the current symbol and the current period on the chart. This array (PriceArray) also needs to be sorted from the current candle downwards so we use “ArraySetAsSeries” for this one and now we use “CopyBuffer” to fill our price array (PriceArray) for the first buffer – that’s the line here – from the current candle 0 (zero) for 3 candles and store the information for the Expert Advisor in our price array (PriceArray). And to calculate the Expert Advisor for the current candle we simply look at the value of candle 0 (zero) in our price array (PriceArray), we also use “NormalizeDouble” and a 6 to get six digits behind the dot like here and the result will be stored in the Awesome Oscillator value (AwesomeOscillatorValue) and if that value is above 0 (zero) we consider that to be a buy signal and now we assign the word: “buy” to our signal. Otherwise if the value (AwesomeOscillatorValue) is below 0 (zero), so if the Awesome Oscillator value (AwesomeOscillatorValue) is less than 0 (zero) we assign the word: “sell” to our signal and if the signal equals sell and “PositionsTotal” is below 1 – in other words we don’t have any open position – we use “trade.Sell” to sell 10 micro lot. Otherwise if the signal equals buy and we have no open positions we use “trade.Buy” to buy 10 micro lot. The last thing is to create a chart output by using the “Comment” function to output the text: “The current signal is:” and the calculated “signal” directly on our chart. Okay, if you’re done you can click on the “Compile” button here or press F7, that should work without any errors and in that case you can click on the little button here or press F4 to go back to Metatrader and in Metatrader we click on: “View/ Strategy Tester” or press CTRL and R, please select the new file: “SimpleAwesomeStandaloneEA”, let’s also mark the visualization option here and start a test. …and here we are, our Expert Advisor is working, actually we have opened the first automated trade and now you know how to code the Awesome Oscillator Standalone Expert Advisor and you have coded it yourself with a few lines of MQL5 code. Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - SIMPLE STOCHASTIC STANDALONE EXPERT ADVISOR MQL5 TUTORIAL- SIMPLE ICCI STANDALONE EA MQL5 TUTORIAL - SIMPLE MACD STANDALONE EXPERT ADVISOR MQL5-TUTORIAL-PLATIN-SYSTEM-THE-AWESOME-OSCILLATOR MQL5 TUTORIAL BASICS - 46 SIMPLE COMMODITY CHANNEL INDEX EA The post MQL5 TUTORIAL – SIMPLE AWESOME STANDALONE EXPERT ADVISOR appeared first on MQL5 Tutorial.

    In this video, we want to calculate the entry signal for this little Oscillator here. It has actually two signal lines, and it is called the Relative Vigor Index. So let’s see how we can create the entry module by using MQL5.    In this video, we’ll show you how to build an entry signal module for the oscillator that is called Relative Vigor Index.   Because oscillators provide values that are distinct from the price values on the candle chart, that indicator will once again be drawn on a separate chart window beneath the candle chart.   In the same directory as the main file and the other entry files, we first create a new file called CheckEntry RVI.mq5.   The function CheckEntry, which returns a string variable for the calculated signal, is contained in this file.   Let’s start by generating the signal. Since that is a string-type variable, it is capable of holding text data.   We currently keep it empty since we must determine the value as shown.   So let's create two price arrays, one for the first and one for the second line that is shown in the RVI oscillator window.   Afterwards we define our oscillator and use the i RVI function that comes with MQL5.   That will use the current chart symbol, the chosen time period and the value 10 for the definition.   As you might have guessed, the value 10 is the number of candles for the calculation.   Both arrays need to be sorted from the current candle downwards by using array set as series.   Now we want to fill our two arrays with data and we can do that by using CopyBuffer.   In both cases we use the definition that we have created before.   The first parameter is for the buffer, either 0 or 1.   The second parameter is the starting candle 0.   Parameter 3 is for the number of candles that we want, in our case we want 3 candles.   And the last parameter is the target array for both signals.   In the next step we use Normalize double to get a formatted output with 3 digits behind the dot for the current candle 0. We do that for both arrays.   Now that we have the current values for both buffers, we can define a buy and a sell signal.   In our example we want to buy when value 0 is below value 1 and when both values are below 0.   If that is the case, we assign the word buy to our signal variable.   Otherwise, when value 0 is above value 1 and when both values are bigger than 0, we assign the word sell to the variable.   Now that we have calculated the signal, we want to return it by using the return statement.   Please save the file without compilation, the compilation process will be done in the main file.   Please open it and find the include section.   There you can outcomment all other entries by using two slashes.   Add a new line and include the new file called Check_Entry RVI.mq5.   Then you can compile both files at the same time by pressing F7 or clicking the compile button in the tool bar.   The compilation process should work without any error messages, some warnings are expected.   Okay, I hope you have a successfully compiled version by now. For now, I want to say thank you for watching the video, and I will see you in the next one. Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM - RELATIVE STRENGTH INDICATOR MQL5 TUTORIAL - PLATIN SYSTEM - MOMENTUM OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - STOCHASTIC OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM ACCUMULATION DISTRIBUTION… The post MQL5 TUTORIAL – PLATIN SYSTEM – RELATIVE VIGOR INDEX appeared first on MQL5 Tutorial.

  In this video, we are going to   create an entry module for this oscillator here. This is called the momentum oscillator.   It is shown on a separate chart below the candle chart.   So let’s find out how to calculate that with MQL5.   In this video we want to create an entry signal module for the so-called momentum oscillator.   That is once again an indicator that will be drawn on a separate chart window below the candle chart, because oscillators create values that are different from the price values on the candle chart.   To get started we create a new file named CheckEntry_Momentum.mq5 in the same directory where the main file and the other entry files are located.   This file will contain the function CheckEntry which will return a string variable for the calculated signal.   Let's first create the signal. That is a variable of the type string, so it can contain text values.   For now we leave it empty as we need to calculate the value as follows.   We want to store some price data in an array, so we create that first.   To define the momentum oscillator, we can use the function iMomentum.    That is included in MQL5 and it needs a few parameters that we need to define.   Parameter 1 is for the symbol on the chart.   The second parameter is for the period on that chart.   Parameter 3 is the number of candles that we want to use for the calculation.   In our case, we will use 14 candles.   That is also the default value that you will see when you drag the momentum indicator onto one of your charts.   Finally, we use PRICE_CLOSE to calculate the value based on the close prices.   Afterwards we use Array set as series. That will sort the array from the current candle downwards.   And now we can use CopyBuffer to fill the array with data.   We do it for the definition that we have created, for buffer 0 and we want to do it from candle 0 and for three candles.   The result is stored in the price array.   And now that we have done that, we can calculate the current value for the momentum.   All we need to do is to look at the value for candle 0 in our array.   As the momentum indicator has two digits behind the dot, we use Normalize Double and the value 2 to create a formatted output.   Now let's calculate the signal.   If the momentum value is below 100 we consider that to be a buy signal.   So we assign the word buy to our signal.   Otherwise, when the momentum value is above 100, that’s when we want to assign the word sell to our variable, because that is when we want to sell.   At the end of the function we use return to return the calculated result to our main module.   Now please save your entry file if you not already have done that.   Compilation is not necessary, it will be compiled together with the main module.   Therefore we open our main file and go to the include section where we can outcomment other entry signals by adding two slashes.   Instead of the old entry signal, we now add  an include statement for our new file CheckEntry_Momentum.mq5.   Afterwards we compile the whole thing, by pressing F7.    You can also click on the compile button on the toolbar.   That should work without any error messages.   Otherwise please check out the basic videos about compilation or maybe the Premium course on our website might be interesting for you.   OK, that’s it for the momentum oscillator calculation.   I hope it works for you.   Thank you for watching and I will see you in the next video.   Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - STOCHASTIC OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM ACCUMULATION DISTRIBUTION… MQL5-TUTORIAL-PLATIN-SYSTEM-THE-AWESOME-OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MACD OSCILLATOR The post MQL5 TUTORIAL – PLATIN SYSTEM – MOMENTUM OSCILLATOR appeared first on MQL5 Tutorial.

    In this video, we want to check out this Oscillator here. It’s a very popular one. It is called the MACD Oscillator. We want to calculate the main signal for this one. So let’s find out how this is done with MQL5.   The Mac D oscillator is shown on a separate chart below the candle chart.   It has two values that show a value as a signal.   In this case we want to calculate the main line signal.   To use it, we build a separate MQ5 file and put it in the same directory as the other Platin System files.   CheckEntryMacD.mq5 is the name of the file, and it only has one function called CheckEntry.   The buy and sell signals for our system are calculated and returned by this function.   In fact, oscillators aren’t meant to make signals. Instead, they are used to confirm or filter out other signals.   But that doesn’t mean we can’t use them, since all we need for our trading system is a clear and well defined entry signal.   We start by putting the signal into a string variable.   That will be sent back to our main function later, but first we have to calculate it.   We also have to make an array for data about prices.   And with ArraySetAsSeries, we arrange our array and we want to sort it from the current candle 0 downwards.   MQL5 comes with an included function to calculate the MacD and that function is called I MacD.   We pass the symbol as the first parameter, followed by the period that is currently selected on our chart.   Three more values follow to define the period for the fast exponential moving average, then the slow exponential moving average and the signal period.   The values are 12, 26 and 9 as these are the standard values for the MacD oscillator.   The last parameter is used to define how the signal should be calculated.   We want to use PRICE_CLOSE here to use the close price.   With CopyBuffer we will now fill our array, according to the definition that we have created.   We do that for buffer 0 as that is the main buffer for the MacD oscillator.   We want to start with the current candle, that is candle 0.   And we want to store the value for 3 candles, the target is our price array.   Now that we have done that, we can calculate the current value by looking at the value of candle 0 in our price array.   If that value is bigger than 0, we want to sell and that is when we assign the word sell to our signal.   If the value is below 0, that would mean that we want to buy, therefore we now assign the word buy to the signal.   And at the end of our function we want to return the MacD signal to our main module, which is the one with the OnTick function.   Please don’t forget to save your entry file, but you actually don’t have to compile it right now.   The compilation is done in the main module, but before you do that, find the include statement for the entry signal and change it to use our new file, CheckEntry MacD.mq5.   By putting two slashes at the beginning of a line, you can comment out other entry modules.   After that, press F7 or click the compile button to compile your main module and the entry signal file that came with it.   There shouldn’t be any problems.   If you run into problems, you might want to buy the Premium course or watch one of the beginner videos to learn how it works.   OK, by now, you should have a working version for this entry signal for the MACD Oscillator. If you want to, you could also calculate the difference between the main line and the signal line here. But in this little video, you have learned how to calculate the main module for the MACD Oscillator. I will see you in the next video. Thank you for watching.   Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM ACCUMULATION DISTRIBUTION… MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - WILLIAMS PERCENT RANGE ENTRY… MQL5 TUTORIAL - PLATIN SYSTEM - ENVELOPES ENTRY SIGNAL MQL5 TUTORIAL - PLATIN SYSTEM - BOLLINGER BANDS ENTRY SIGNAL The post MQL5 TUTORIAL – PLATIN SYSTEM – MACD OSCILLATOR appeared first on MQL5 Tutorial.

      In this video, we want to calculate the main signal for this Oscillator here. This is the MACD. It's very popular. So let's find out how we can code an entry signal with MQL4.   A separate chart below the candle chart shows the Mac D oscillator.   It has two values that each show a signal value.   In this case, we want to figure out the signal for the main line.   To use it, we create a new MQ4 file and put it in the same directory as the other Platin System files.   The name of the file is CheckEntryMacD.mq4, and it has only one function called CheckEntry.   This function works out the buy and sell signals for our system and sends them back.   In fact, oscillators aren't made to send signals. They are instead used to confirm or filter out other signals.   But that doesn't mean we can't use them, since all we need for our trading system is a clear entry signal.   First, the signal is put into a string variable. But for now we don't assign a value as we need to calculate it now.   That can be done by using the integrated function called I MacD.   It comes with MQL4 and we need to pass a few parameters.   The first two parameters are for the currently selected symbol on the chart and the currently selected time period on that chart.    Three more values follow to define the period for the fast exponential moving average, then the slow exponential moving average and the signal period.   The values are 12, 26 and 9 as these are the standard values for the MacD oscillator.   Then we need to define that we want to calculate the result based on the close price.   In this example we use Mode_Main to calculate the main signal for the Mac D oszillator.   And the last value is 0 as it is a shift value which is not required.   Now we can calculate the signal by using the Mac D value.   If that number is greater than 0, we want to sell, so we give our signal the word “sell” when that happens.   If the value is less than 0, that means we want to buy, so we've given the signal the word “buy.”   And when our function is done, we want to send the MacD signal back to our main module, which has the OnTick function.   Please don't forget to save your entry file, but you don't have to compile it right now.   The compilation is done in the main module, but before you do that, you need to find the include statement for the entry signal and change it to use our new file, CheckEntry MacD.mq4.   You can turn off other entry modules by putting two slashes at the beginning of a line.   By the way, you can also use this entry signal file in your own system, if you have one.   Then, press F7 or click the compile button to compile your main module and the entry signal file that came with it.   No error messages should come up.   If you have trouble, you might want to buy the Premium course or watch one of the beginner videos to learn how it works.   Okay, by now, you should have working entry signal for the MACD Oscillator. So this is it for this video. And I will see you in the next one.   Not sure what to do? Click on the automated trading assistant below

      In this video, we are going to create an entry module for this Oscillator here.    It is called the accumulation distribution oscillator. Usually, Oscillators are used as filters, but in this video, we are going to create an MQL file to create an entry signal.    So, let's see how this is done.   The Accumulation Distribution Oscillator is shown on a separate chart below the candlestick chart.   It has a single signal line that indicates a value.   To use it, we need to make a separate MQ4 file in the same folder as the other Platinum System files.   The name of the file is CheckEntry_ I A D.mq4, and it only has one function called CheckEntry.   The buy and sell signals for our system are calculated by this function.   In fact, oscillators are usually not used to make signals, instead, they are used to filter other signals.   But that doesn't mean we can't use them, because all we need for our trading system is a clear signal that works.   We start by creating the signal string variable.   This will eventually be sent back to our main function, but first we need to make the signal.   That can be done with the builtin MQL4 function IAD.   We only need to provide three parameters.   The first one is for the current symbol on the chart.   The second parameter is for the period that we have selected on that chart.   Parameter three is for the candle.   We want to calculate the value for candle 0 and store it in a variable and we also calculate it for the candle 1 and store that in a different variable.   Now we are able to calculate the entry signal.   If the current value is bigger than the value for the last candle, we would consider that to be a buy signal.   Therefore we assign the word buy to our signal.   Otherwise if the current value is smaller than the last value, that would be a sell signal and then we assign the word sell to our signal.   Finally we want to return the calculated signal to the main module, therefore we use the return statement.   Please don't forget to save your input file, but you don't have to compile it right away.   Compilation is done in the main module, but before you do that, find the include statement for the input signal and change it to use our new file, CheckEntry_ I A D.mq4.   If you put two slashes at the beginning of a line, you can turn off other input modules.   After this, you can press F7 or click the Compile button to compile your main module and the entry signal file that we have included.   There shouldn't be any mistakes.   If you do have mistakes, you might want to buy the premium course or watch one of the basic tutorial videos to learn how to do it.   Okay, if everything is okay, you should have a working version for the Accumulation distribution oscillator, now.    As I said, you can use it as a filter, or use it as an entry signal in the Platin System or in your own system.    Thank you for watching, and I will see you in the next video.   Not sure what to do? Click on the automated trading assistant below MQL4 TUTO...

  In this video, we are going to create an entry signal file for this oscillator here. It is called accumulation distribution. Usually, oscillators are used to confirm signals, but in this case, we are using it as an entry signal. And as you can see, it is actually working.   The Accumulation Distribution oscillator is drawn on a separate chart below the candle chart.   It has a single signal line which will show a value.   To use it, we create a separate MQ5 file inside of the directory where the other files of the Platin System are located.   The name of the file is CheckEntry_IAD.mq5 and it contains a single function that is called CheckEntry.   This function calculates the buy and sell signals for our system.   Actually oscillators are not meant to generate signals, they are rather used as filters for other indicators.   But that doesn't mean that we can't use them, because all we need for our trading system is a working signal that is well defined.   We start by creating a string variable for the signal.   That will later be returned to our main function, but before we do that, we need to create the signal first.   We also need to create an array for price data.   And with ArraySetAsSeries we sort our array from the current candle downwards.   Afterwards we can create our definition for the oscillator by using the iAD function that is already included in MQL5.   The first parameter is for the current symbol on our chart and the second parameter is used for the currently selected period on that chart.   The third parameter can be used to select the applied volume. We will use Volume_Tick here.   Now let's use CopyBuffer to fill our array with data.   The first parameter here is the definition that we have created above. Parameter 2 is for the buffer that we want to calculate.    This oscillator has only one buffer, so we set it to 0.   The next parameter is for the candle where we want to start.    We pick the current candle 0 and in the next parameter we define the number of candles that we want to calculate.    In our case we do it for 3 candles.   The last parameter is for the target array, that is our price array.   Now we are able to calculate the values for the current candle and the candle before.   To get the current value, we look at the value for candle 0 in our price array.   To get the value for the candle before, we do the same for candle 1.   Now we are actually able to calculate our signal.   If the value for the current candle is higher than the value for candle 1, we assume that this is a buy signal.   Therefore we assign the word buy to our signal.   Otherwise, when the current value for candle 0 is below the value for candle 1, we assume this is a sell signal.   Then we will assign the word sell to our signal.   And finally we use the return statement to return our calculated signal to the main module.   Please do not forget to save your entry file, but you don't need to compile it right now.   The compilation is done in the main module, but before you do that, please find the include statement for the entry signal and modify it to use our new file named CheckEntry_IAD.mq5.   You can outcomment other entry modules by adding two slashes at the beginning of the line.   Once you have done that, you can press F7 or click on the compile button to compile your main module and the included entry signal file.   You shouldn't get any errors.   If you do, you should consider buying the Premium course or watch one of the starter videos to understand the process.   Okay. If all went well, you should now have a working version of the accumulation distribution oscillator on your chart. So that’s it for this oscillator video, and I will see and the next one. Thank you for watching.   Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM - ACCELERATOR OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - MACD OSCILLATOR MQL5 TUTORIAL - PLATIN SYSTEM - WILLIAMS PERCENT RANGE ENTRY… MQL5 TUTORIAL BASICS - 42 SIMPLE Accumulation Distribution… MQL5 TUTORIAL - PLATIN SYSTEM - BOLLINGER BANDS ENTRY SIGNAL The post MQL5 TUTORIAL – PLATIN SYSTEM ACCUMULATION DISTRIBUTION OSCILLATOR appeared first on MQL5 Tutorial.

  In this video, we are going to create an Expert Advisor to create an entry signal for this Oscillator here. It’s the Accelerator oscillator. So let’s find out how to do that with MQL5.   The Accelerator oszillator is drawn on a separate window below the candle chart.   It has a single line which we will use for our entry signal.   Oscillators are usually used to create filters, but it is also possible to create entry signals like we will do in this case.   To use it, we create a separate MQ5 file inside of the directory where the other files of the Platin System are located.   The name of the file is CheckEntry_IAC.mq5 and it contains a single function that is called CheckEntry.   It will calculate our entry signal and return it to the main module.   We want to create a string variable for the signal file and for now we will not assign any value as this is going to be calculated now.   Therefore we create an array of the type double to hold several prices.   In the next step we will use the function iAC that is included in the MQL5 language to create a definition for our oscillator.   We only have to pass two parameters here.   The first parameter is for the current symbol on the chart.   The second parameter is for the time period that we have selected on that chart.   In the next step we use ArraySetAsSeries to sort our array. We want to sort it from the current candle downwards.   And with CopyBuffer we can now fill the price array accordingly.   Parameter 1 is for the definition that we have created above.   Parameter 2 is for the first buffer, the signal line of our oscillator.   Parameter 3 is for the starting candle, here we use candle 0.   Parameter 4 is the number of candles that we want to use for the calculation.   And the last parameter is the price array where we want to store those values.   To get the value for the current candle, we simply have to look at the value for candle 0 in our price array.   If that value is above 0, we consider that to be a buy signal and assign the word buy to our signal.   Otherwise, if it is below zero, we assign the word sell to our signal.   Finally we use the return function to return the calculated value to our main module.   Please don't forget to save the file.    Compilation is not necessary, just save it and go back to the main module which contains the OnTick function.   There you need to add the new file in the import section where you can do that by using the include statement.   Please outcomment any other antry signals and press F7 or click on the Compile button to compile the main module and the new entry file that you have just created.   Okay, by now, you should have a working version for the oscillator that is called the Accelerator.   You can use it in your own system, or you can import it into the Platin System or into the Robot Trading system, if you have one of those. By the way, by now we have a demo version available on Platinum System.org. For now that’s  it.   Thank you for watching and I will see you in the next video.   Not sure what to do? Click on the automated trading assistant below MQL5 TUTORIAL - PLATIN SYSTEM - WILLIAMS PERCENT RANGE ENTRY… MQL5 TUTORIAL - PLATIN SYSTEM - BOLLINGER BANDS ENTRY SIGNAL MQL5 TUTORIAL - PLATIN SYSTEM - ENVELOPES ENTRY SIGNAL MQL5 TUTORIAL - PLATIN SYSTEM - ADVANCED MOVING AVERAGE… MQL5 TUTORIAL BASICS - 108 SIMPLE IOBVEA OSCILLATOR The post MQL5 TUTORIAL – PLATIN SYSTEM – ACCELERATOR OSCILLATOR appeared first on MQL5 Tutorial.

  In this video, we want to create an Expert Advisor entry signal for this little Oscillator here. This is the volumes percent range oscillator. So let's see how we we can create an entry module for our Platin System with MQL4. The Williams Percent Range Indicator is actually an oscillator signal, therefore it will be shown in a separate oscillator window below the candle chart. To create an entry signal for our Platin System we need to create a file called CheckEntry_WPR.mq4 in the same directory as our other files.   Actually you can use this entry signal file also for your own, self coded system or for the RobotTradingSystem. The file has one function called CheckEntry and we use it to calculate the signal for our main module. To do that, we create a string variable called signal but we are not going to assign a value right away, because that will be calculated in the following steps. MQL4 comes with an included function for that calculation and the name of the function is iWPR. It needs a few parameters that we have to pass. The first parameter is for the current symbol on the chart.   The second one is for the currently selected period on that chart. The third parameter is used for the number of candles that we are using to calculate our result. And the last parameter is for a shift value. We don't need that, so we set it to 0. If you open an empty chart in Metatrader and click on Insert, Indicators, Oscillators and pick the Williams Percent Range oscillator, you will see that the default value for the period is also 14. Please confirm that setting with Okay, right click into the chart and save the template as tester.tpl. Tester.tpl is the template that is used in the strategy tester to actually see the entry signal. But back to the entry signal module.   Now that we have calculated the WPR value, we can check if the value is below -80. If this is the case, we consider that to be a buy signal, so we assign the word buy to our signal. In the other case, if the signal is below -20, that would mean we have a sell signal and then we assign the word sell to our signal. Finally we use the return statement to return the signal to our main module. Please save the file for the entry signal, but you don't need to compile it. It will be compiled with the main module when you have changed the entry signal there. To do that, please open the main module, and modify the include statement for your entry signal below the import section.   You can outcomment your current module with two slashes. It will then become gray. Please enable the toolbar and click on the compile button to compile the main module and your entry signal at once. You shouldn't get any errors. If you have errors, please go to our website and check the shop for precompiled source codes. Okay. By now, you should have a working Williams Percent Range indicator entry file that you can use in the Platinum system.   Or you can use it in your own system. If you have any problems, please check out our website. Maybe even the premium course might be interesting for you. For now, I say thank you for listening, and I will see you in the next video. Not sure what to do? Click on the automated trading assistant below

https://youtu.be/VDg4CU3OOykTechnical Analysis is a great way to remove your emotions from your investing and stay more systematic in your approach. Tune in to Technical Analysis 101: Stochastic Oscillator as we continue a new series to improve your own trading!Try VectorVest for only $0.99  ➥➥➥ https://www.vectorvest.com/YTTimestamps00:00 - Intro00:47 - What is a Stochastic Oscillator?01:35 - Formula for Stochastic Oscillator02:29 - What does the Stochastic Oscillator Tell You?03:45 - The Difference Between The Relative Strength Index (RSI) and The Stochastic Oscillator04:20 - Limitations of the Stochastic Oscillator05:04 - VectorVest 7 Unisearch07:19 - Demo of Stochastic Oscillator on chartsUse this link for a FREE Stock Analysis Report ➥➥➥ http://bit.ly/2KsZlqzVectorVest mobile app ➥➥➥ http://bit.ly/2UjF6y6 SUBSCRIBE To The VectorVest Channel ➥➥➥ https://www.youtube.com/user/VectorVestMB/?sub_confirmation=1

Plus Pete does some newt wrangling

Microwave Journal Editors Pat Hindle and Gary Lerude discuss the April Amplifier and Oscillator themed issue products, industry news and Wamicom/EuMW events. Sponsored by RFMW.

Two great defenders block the Stormchasers path into the volcano! Support the High Rollers and get early access to podcast episodes and Studio updates on our Patreon: www.patreon.com/HighRollers Grab some High Rollers merch: https://freshmerch.fm/collections/high-rollers Music courtesy of Epidemic Sound Learn more about your ad choices. Visit megaphone.fm/adchoices

Microwave Journal Media Director, Pat Hindle, and guest co-host Yasmin King, GM of A&D at ADI, discuss the April Amplifier and Oscillator themed issue technical articles, industry news and EuMW 2021 that just took place in London. Sponsored by RFMW.

A ruined city among an erupting volcano... and the Stormchasers intend to jump in! Support the High Rollers and get early access to podcast episodes and Studio updates on our Patreon: www.patreon.com/HighRollers Grab some High Rollers merch: https://freshmerch.fm/collections/high-rollers Music courtesy of Epidemic Sound Learn more about your ad choices. Visit megaphone.fm/adchoices

In this special double-length episode (!), modular synth guru Sean Rieger talks to Carla and Brad about the many technical and electronic sound elements that Krautrock artists applied to enrich their music.If you want to know about oscillators, ring modulation, sequencers, analog synths, tape overdubs, and vocoders ...If you're asking what was in Faust's "black boxes" ...If you've ever watched Florian Schneider twiddle knobs on YouTube while simultaneously playing the flute and wondered what he was up to ...Then Sean, who writes and records electronic rock as File Transfer Protocol, is your man.  And ours, too.  Join us for Electronic Music 101 on this Episode 6 of CBK — and be sure to check out Sean's work on Instagram!  

Patreon: https://www.patreon.com/nullphiinfinity Bandcamp:  https://nullphiinfinity.bandcamp.com/Instagram: https://www.instagram.com/nullphiinfinity/Youtube: https://www.youtube.com/user/MrSystemSuicideSonocurrent: https://www.sonocurrent.com/Video Podcast of this episode: https://www.youtube.com/watch?v=suYyhy4qqcQModules used in this episode: After Later Audio uO_c, Monsoon, Make Noise Maths, Mimeophon, Noise Engineering Cursus Iteritas, Electus Versio, Befaco Even VCO, Sampling Modulator, Rampage, Zlob SVF, Diode Chaos, Entropy, Vnicursal VCA, Erica Synths Black Wavetable VCO, Pico VCO, Pico DSP, DIY Swamp, Pittsburgh Modular Crush, Snazzy FX Kitty Eyes, Schlappi Engineering Angle Grinder, AI Synthesis Quad VCA/Mixer, Bastl ABC Mixer, Sonocurrent Dual Triode Distortion (MT2D) ★ Support this podcast on Patreon ★

Another week, another show/exercise in listener tolerance. Things are a tad different in this show as we didn't have the picks to go deep in hour two. What this means is that we've made a nice show that's probably gonna be liked by more people. Fear not though, next week we'll go back to the tried (tired?) and tested formula you all know and love.As always, don't forget to get in touch to ask for request or shout-out at;nighttrain93.2[at]gmail[dot]com or https://www.twitter.com/RadioNightTrain on the tweets.Please do, as this means we have something to mention when we're recording links. If not, Steve will no doubt bring up his bins.To experience the show (sorta) live n direct.. tune into Sheffield Live, Sundays 9pm-11pm on 93.2FM, via the TuneIn Radio App or www.sheffieldlive.org30 Years of Paul's Boutique!https://www.mixcloud.com/RadioNightTrain/164-30-years-of-pauls-boutique-4th-augusts-2019/The Fela Kuti “Felabration” Showhttps://www.mixcloud.com/RadioNightTrain/90-felabration-22nd-oct-2017/Liam Large (Jukebox Jam) - Live at Thirsty Ear vs BoneShaker (Aug 2012)https://www.mixcloud.com/ThirstyEar/liam-large-jukebox-jam-jazzman-live-dj-set-at-thirsty-ear-vs-boneshaker-aug-2012/Richie 1250's Slow Grind Fever mix for The Night Trainhttps://www.mixcloud.com/RadioNightTrain/richie-1250s-slow-grind-fever-mix-for-the-night-train/LxR Presents: Murder He Wrote, Dr. Oscillator, Hydra UK +More at The Harleyhttps://fixr.co/event/694190229Steve gets let loose on a Thirsty Ear CD!https://thirstyear.bandcamp.com/album/5x5-vol-9-cold-heat-edition

This is an interesting indicator that is best to use to see if their is any hidden divergences and spot out breakouts and takeouts!

Do you have a baby in the NICU who is intubated and on a ventilator? Are you desperately trying to understand what the care team is talking about when they mention positive pressure with SIMV, PIP, and PEEP, or volume-targeted with tidal volume, or high frequency ventilation? In this podcast episode, we break down the different modes of invasive ventilation commonly used in the NICU. First, we review respiratory distress syndrome in newborns as well as some key concepts including surfactant deficiency, atelectasis, lung compliance, and functional residual capacity to help you understand why a particular mode of respiratory support may be chosen versus another. Next, you will hear a review of conventional ventilation modes including SIMV, assist control, and volume guarantee followed by a discussion of 2 different types of high frequency modes of ventilation. Tune in now to proudly walk away with a better understanding of not only the concepts and goals of effective ventilation and oxygenation in the NICU, but how those parameters are met with the different modes of ventilation used most often for NICU babies. NICU parents will gain core information and education to help empower you as a NICU parent, without any overwhelm or confusion.  Grab your free graphic that correlates with the episode at: http://empoweringnicuparents.com/rds/Empowering NICU Parents Show Notes:https://empoweringnicuparents.com/episode10/Empowering NICU Parents Instagram: https://www.instagram.com/empoweringnicuparents/Empowering NICU Parents FB Group:https://www.facebook.com/groups/empoweringnicuparents

Meet, Yesenia Wittman, a new mother, who with her strong advocacy, hope, faith, and positivity, ultimately saved her daughter's life! You will not help to be enlightened and filled with hope as you hear their story. Amidst the COVID pandemic, she had severe Preterm Premature rupture of membranes at just 13 weeks. Her medical team advised her to terminate the pregnancy and left her with no hope. Instead, she fought for her daughter and after research, with advice from support groups, determination, faith, and self-care, she was able to carry her daughter beyond viability and give her every fighting chance to survive. Listen in to hear their remarkable story, some of the struggles she and her husband, Michael endured, and how sweet, amazing Mikaela is doing today!

https://www.communityjusticeexchange.org/nbfn-directoryModules and gear Used: Moog Mother32, DFAM, Make Noise Optomix, Pressure Points, Alright Devices Chronoblob, Mutable Instruments Clouds, Pittsburgh Modular Lifeforms, Oscillator, Filter, Sequencer, WMD Ultrafold, Expert Sleepers Disting mkI, Erica Synths Black Polivoks VCF, Arturia Keystep, Microbrute, Drumbrute, Bastl Little Nerd, Doepfer A-199 Spring Reverb, 4ms Quad Clock Distributor, Intellijel ustep. ★ Support this podcast on Patreon ★