Podcasts about computing services

The union government has recently announced plans for a sovereign AI computing mission to provide computing resources as a service to Indian startups, particularly in the sectors of agriculture, healthcare, and education. Bharath Reddy and Rijesh Panicker unpack this initiative, looking at what's good, what's not and what could be different.  Do check out Takshashila's public policy courses: https://school.takshashila.org.in/courses We are @‌IVMPodcasts on Facebook, Twitter, & Instagram. https://twitter.com/IVMPodcasts https://www.instagram.com/ivmpodcasts/?hl=en https://www.facebook.com/ivmpodcasts/ You can check out our website at https://shows.ivmpodcasts.com/featured Follow the show across platforms: Spotify, Google Podcasts, Apple Podcasts, JioSaavn, Gaana, Amazon Music Do share the word with your folks  See omnystudio.com/listener for privacy information.

Two global tech giants have increased their influence over local cloud computing services after some successful lobbying. Microsoft has joined Amazon in signing agreements with the government that will boost their already burgeoning operations here. Phil Pennington is looking into this.  

The three service models in cloud are SaaS (Software as a Service), PaaS (Platform as a Service) and IaaS (Infrastructure as a Service). Each cloud model provides a unique set of advantages that may be useful for different types of enterprises. Thank you for watching this video, For more details or free demo with out expert write into us at sales@infosectrain.com Subscribe to our channel to get video updates. Hit the subscribe button above. Facebook: https://www.facebook.com/Infosectrain/ Twitter: https://twitter.com/Infosec_Train LinkedIn: https://www.linkedin.com/company/infosec-train/ Instagram: https://www.instagram.com/infosectrain/ Telegram: https://t.me/infosectrains

เวลาทำระบบ IT ให้บริษัท การที่ต้องซื้อ server, storage มาใช้ที่บริษัท เราต้องหาคนมาดูแล นอกจากนั้นที่เคยใช้พอก็อาจจะไม่พอในอนาคต การใช้ทางเลือกใหม่บนระบบคลาวน์​ ดูจะเป็นทางเลือกที่สร้างความยืดหยุ่น และคล่องตัวให้กับธุรกิจในปัจจุบัน วันนี้คุณสมชัย สิทธิชัยศรี จะมาเล่าให้ฟังถึงประสบการณ์ในการสร้าง cloud services ให้ฟังกันครับ คำถาม [ ] กลุ่มธุรกิจแบบไหนที่เหมาะสมกับการใช้ cloud computing services ข้อดีข้อเสียเป็นอย่างไร [ ] การใช้งาน cloud มีกี่ประเภท แตกต่างกันอย่างไร [ ] คนใช้ cloud มากขึ้นหรือไม่ [ ] ความแตกต่างของผู้ให้บริการ Cloud ต่างประเทศ และ [ ] Cloud ในประเทศ [ ] ตัวอย่าง Use case ในการใช้งานนำ cloud มาใช้ [ ] Challenge ของการใช้งาน cloud service ในปัจจุบันเป็นอย่างไรและ SiS ช่วยแก้ปัญหานั้นได้อย่างไรบ้าง [ ] เทคโนโลยีอะไรใหม่ๆ ที่จะมาช่วยเสริมการใช้งาน cloud ให้ผู้ใช้ได้รับ experience ที่ดีขึ้นได้บ้าง #missiontothemoonpodcast #TechMondayPodcast

เวลาทำระบบ IT ให้บริษัท การที่ต้องซื้อ server, storage มาใช้ที่บริษัท เราต้องหาคนมาดูแล นอกจากนั้นที่เคยใช้พอก็อาจจะไม่พอในอนาคต การใช้ทางเลือกใหม่บนระบบคลาวน์​ ดูจะเป็นทางเลือกที่สร้างความยืดหยุ่น และคล่องตัวให้กับธุรกิจในปัจจุบัน วันนี้คุณสมชัย สิทธิชัยศรี จะมาเล่าให้ฟังถึงประสบการณ์ในการสร้าง cloud services ให้ฟังกันครับ คำถาม [ ] กลุ่มธุรกิจแบบไหนที่เหมาะสมกับการใช้ cloud computing services ข้อดีข้อเสียเป็นอย่างไร [ ] การใช้งาน cloud มีกี่ประเภท แตกต่างกันอย่างไร [ ] คนใช้ cloud มากขึ้นหรือไม่ [ ] ความแตกต่างของผู้ให้บริการ Cloud ต่างประเทศ และ [ ] Cloud ในประเทศ [ ] ตัวอย่าง Use case ในการใช้งานนำ cloud มาใช้ [ ] Challenge ของการใช้งาน cloud service ในปัจจุบันเป็นอย่างไรและ SiS ช่วยแก้ปัญหานั้นได้อย่างไรบ้าง [ ] เทคโนโลยีอะไรใหม่ๆ ที่จะมาช่วยเสริมการใช้งาน cloud ให้ผู้ใช้ได้รับ experience ที่ดีขึ้นได้บ้าง #missiontothemoonpodcast #TechMondayPodcast

My guest today is Konstantinos Karagiannis, Head of Quantum Computing Services at Protiviti. Konstantinos and I talk about how financial services organizations get started with quantum and what they try to do with it, about his estimate of when quantum computing becomes a production tool, and much more. We hope you enjoy this episode. Please let us know how we did by emailing hello@classiq.io

The Navy Department is making some big changes to how it buys and uses commercial cloud computing services. Within the next few months, all the Navy and Marine Corps’ cloud purchases will be funneled through a single “marketplace,” and program managers will no longer be allowed to use their own contracts to buy cloud. Jared talks with two guests from the Navy's program executive office for digital and enterprise services, which will play a pivotal role in implementing the changes. Later, the Army has a brand new strategy for how it’ll operate and modernize its installations between now and 2035. Alex Beehler, the assistant secretary of the Army for energy, installations and environment joins us to lay out the details.

Consumption-based cloud computing services at GSA Alan Thomas, Former Commissioner of the Federal Acquisition Service at GSA, discusses the introduction of consumption-based pricing for cloud computing services at GSA and situations where it could benefit agencies The Department of Veterans Affairs during the coronavirus Dominic Cussatt, Principal Deputy Assistant Secretary at the Department of Veterans Affairs, goes over the shift to telework at the VA during the coronavirus and IT strategy moving forward Sammies finalist researches polar ice and climate change Claire Parkinson, Climate Change Senior Scientist at NASA, discusses her work in sea ice research and the Aqua Satellite Mission at NASA

Welcome to the History of Computing Podcast, where we explore the history of information technology. Because by understanding the past prepares us for the innovations of the future! Today we're going to look at the emergence of the cloud. As with everything evil, the origin of the cloud began with McCarthyism. From 1950 to 1954 Joe McCarthy waged a war against communism. Wait, wrong McCarthyism. Crap. After Joe McCarthy was condemned and run out of Washington, **John** McCarthy made the world a better place in 1955 with a somewhat communistic approach to computing. The 1950s were the peak of the military industrial complex. The SAGE air defense system needed to process data coming in from radars and perform actions based on that data. This is when McCarthy stepped in. John, not Joe. He proposed things like allocating memory automatically between programs, quote “Programming techniques can be encouraged which make destruction of other programs unlikely” and modifying FORTRAN to trap programs into specified areas of the storage. When a person loading cards or debugging code, the computer could be doing other things. To use his words: “The only way quick response can be provided at a bearable cost is by time-sharing. That is, the computer must attend to other customers while one customer is reacting to some output.” He posited that this could go from a 3 hour to day and a half turnaround to seconds. Remember, back then these things were huge and expensive. So people worked shifts and ran them continuously. McCarthy had been at MIT and Professor Fernando Corbato from there actually built it between 1961 and 1963. But at about the same time, Professor Jack Dennis from MIT started doing about the same thing with a PDP-1 from DEC - he's actually probably one of the most influential people many I talk to have never heard of. He called this APEX and hooked up multiple terminals on TX-2. Remember John McCarthy? He and some students actually did the same thing in 1962 after moving on to become a professor at Stanford. 1965 saw Alan Kotok sell a similar solution for the PDP-6 and then as the 60s rolled on and people in the Bay Area got really creative and free lovey, Cobato, Jack Dennis of MIT, a team from GE, and another from Bell labs started to work on Multics, or Multiplexed Information and Computing Service for short, for the GE-645 mainframe. Bell Labs pulled out and Multics was finished by MIT and GE, who then sold their computer business to Honeywell so they wouldn't be out there competing with some of their customers. Honeywell sold Multics until 1985 and it included symmetric multiprocessing, paging, a supervisor program, command programs, and a lot of the things we now take for granted in Linux, Unix, and macOS command lines. But we're not done with the 60s yet. ARPAnet gave us a standardized communications platform and distributed computing started in the 60s and then became a branch of computer science later in the late 1970s. This is really a software system that has components stored on different networked computers. Oh, and Telnet came at the tail end of 1969 in RFC 15, allowing us to remotely connect to those teletypes. People wanted Time Sharing Systems. Which led Project Genie at Berkely, TOPS-10 for the PDP-10 and IBM's failed TSS/360 for the System 360. To close out the 70s, Ken Thompson, Dennis Ritchie, Doug McIllroy, Mike Lesk, Joe Assana, and of course Brian Kernighan at Bell Labs hid a project to throw out the fluff from Multics and build a simpler system. This became Unix. Unix was originally developed in Assembly but Ritchie would write C in 72 and the team would eventually refactor Unix in C. Pretty sure management wasn't at all pissed when they found out. Pretty sure the Uniplexed Information and Computing Services, or eunuchs for short wasn't punny enough for the Multics team to notice. BSD would come shortly thereafter. Over the coming years you could create multiple users and design permissions in a way that users couldn't step on each others toes (or more specifically delete each others files). IBM did something interesting in 1972 as well. They invented the Virtual Machine, which allowed them to run an operating system inside an operating system. At this point, time sharing options were becoming common place in mainframes. Enter Moore's Law. Computers got cheaper and smaller. Altair and hobbyists became a thing. Bill Joy ported BSD to Sun workstations in 77. Computers kept getting smaller. CP/M shows up on early microcomputers at about the same time up until 1983. Apple arrives on the scene. Microsoft DOS appears in 1981 and and In 1983, with all this software you have to pay for really starting to harsh his calm, Richard Stallman famously set out to make software free. Maybe this was in response to Gates' 1976 Open Letter to Hobbyists asking pc hobbyists to actually pay for software. Maybe they forgot they wrote most of Microsoft BASIC on DARPA gear. Given that computers were so cheap for a bit, we forgot about multi-user operating systems for awhile. By 1991, Linus Torvalds, who also believed in free software, by then known as open source, developed a Unix-like operating system he called Linux. Computers continued to get cheaper and smaller. Now you could have them on multiple desks in an office. Companies like Novell brought us utility computers we now refer to as servers. You had one computer to just host all the files so users could edit them. CERN gave us the first web server in 1990. The University of Minnesota gave us Gopher in 1991. NTP 3 came in 1992. The 90s also saw the rise of virtual private networks and client-server networks. You might load a Delphi-based app on every computer in your office and connect that fat client with a shared database on a server to, for example, have a shared system to enter accounting information into, or access customer information to do sales activities and report on them. Napster had mainstreamed distributed file sharing. Those same techniques were being used in clusters of servers that were all controlled by a central IT administration team. Remember those virtual machines IBM gave us: you could now cluster and virtualize workloads and have applications that were served from a large number of distributed computing systems. But as workloads grew, the fault tolerance and performance necessary to support them became more and more expensive. By the mid-2000s it was becoming more acceptable to move to a web-client architecture, which meant large companies wouldn't have to bundle up software and automate the delivery of that software and could instead use an intranet to direct users to a series of web pages that allowed them to perform business tasks. Salesforce was started in 1999. They are the poster child for software as a service and founder/CEO Marc Benioff coined the term platform as a service, allowing customers to build their own applications using the Salesforce development environment. But it wasn't until we started breaking web applications up and developed methods to authenticate and authorize parts of them to one another using technologies like SAML, introduced in 2002) and OAuth (2006) that we were able to move into a more micro-service oriented paradigm for programming. Amazon and Google had been experiencing massive growth and in 2006 Amazon created Amazon Web Services and offered virtual machines on demand to customers, using a service called Elastic Compute Cloud. Google launched G Suite in 2006, providing cloud-based mail, calendar, contacts, documents, and spreadsheets. Google then offered a cloud offering to help developers with apps in 2008 with Google App Engine. In both cases, the companies had invested heavily in developing infrastructure to support their own workloads and renting some of that out to customers just… made sense. Microsoft, seeing the emergence of Google as not just a search engine, but a formidable opponent on multiple fronts also joined into the Infrastructure as a Service as offering virtual machines for pennies per minute of compute time also joined the party in 2008. Google, Microsoft, and Amazon still account for a large percentage of cloud services offered to software developers. Over the past 10 years the technologies have evolved. Mostly just by incrementing a number, like OAuth 2.0 or HTML 5. Web applications have gotten broken up in smaller and smaller parts due to mythical programmer months meaning you need smaller teams who have contracts with other teams that their service, or micro-service, can specific tasks. Amazon, Google, and Microsoft see these services and build more workload specific services, like database as a service or putting a REST front-end on a database, or data lakes as a service. Standards like OAuth even allow vendors to provide Identity as a service, linking up all the things. The cloud, as we've come to call hosting services, has been maturing for 55 years, from shared compute time on mainframes to shared file storage space on a server to very small shared services like payment processing using Stripe. Consumers love paying a small monthly fee for access to an online portal or app rather than having to deploy large amounts of capital to bring in an old-school JDS Uniphase style tool to automate tasks in a company. Software developers love importing an SDK or calling a service to get a process for free, allowing developers to go to market much faster and look like magicians in the process. And we don't have teams at startups running around with fire extinguishers to keep gear humming along. This reduces the barrier to build new software and apps and democratizes software development. App stores and search engines then make it easier than ever to put those web apps and apps in front of people to make money. In 1959, John McCarthy had said “The cooperation of IBM is very important but it should be to their advantage to develop this new way of using a computer.” Like many new philosophies, it takes time to set in and evolve. And it takes a combination of advances to make something so truly disruptive possible. The time-sharing philosophy gave us Unix and Linux, which today are the operating systems running on a lot of these cloud servers. But we don't know or care about those because the web provides a layer on top of them that obfuscates the workload. Much as the operating system obfuscated the workload of the components of the system. Today those clouds obfuscate various layers of the stack so you can enter at any part of the stack you want whether it's a virtual computer or a service or just to consume a web app. And this has lead to an explosion of diverse and innovative ideas. Apple famously said “there's an app for that” but without the cloud there certainly wouldn't be. And without you, my dear listeners, there wouldn't be a podcast. So thank you so very much for tuning into another episode of the History of Computing Podcast. We're lucky to have you. Have a great day!

Tens of thousands of customers are moving their desktops and application infrastructure to the cloud to help IT be more efficient and help their employees be more productive. Join us to hear from AWS leaders and customers alike to learn about end user computing services from AWS. Get insights into how you can use these services. We discuss the most recent announcements from Amazon WorkSpaces and Amazon AppStream, and we explain how you can use AWS capabilities to deliver end user computing solutions for your organization.

This year marks charity RNIB’s 150th Anniversary and to celebrate we’ve looked back at how technology has changed through the years to help aid blind and partially sighted people. Blind Photographer Brian Negus is a retired Director of Computing Services at Loughborough University and has been using accessible technology since he was a child. Brian is chatting with RNIB Connect Radio’s Simon Pauley. You can join our Anniversary celebrations on social media by using the hashtag #RNIB150. 

Judith Mancini and Noelle Freeman are dishing the details about the world of computers with Elliott Stern, Maestro Computer Services. Do you have a back-up for your priceless files? Whether you have a new business plan or those precious photos you will want to know all about back up. Internet safety and password management are paramount in security today. We tell you when to logout, the difference between an address bar and a tool bar, everything from the basics to more sophisticated help. This show is broadcast live on W4CY Radio – (www.w4cy.com) part of Talk 4 Radio (http://www.talk4radio.com/) on the Talk 4 Media Network http://www.talk4media.com/).

Judith Mancini, Noelle Freeman and Elliott Stern of Maestro Computing Services are dishing the details on everything you need to know in the world of computers and the internet. Elliott tells us the best way to manage your passwords, Cyber security, virus protection and anything you might loose like files, family photos and theft. We also discuss what the new internet "neutrality" really means for everyone.This show is broadcast live on W4CY Radio (www.w4cy.com) part of Talk 4 Radio (http://www.talk4radio.com/) on the Talk 4 Media Network (http://www.talk4media.com/).

Cultural Connections talk by Giles Bergel. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections talk by Gurinder Punn. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections talk by Marianne Talbot. Part of the Digital Humanities @ Oxford Summer School 2013.

Michael Pidd, Humanities Research Institute, University of Sheffield gives the opening keynote talk for the Digital Humanities @ Oxford Summer School 2013.

Cultural connections talk by Abigail Williams. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections talk by Dr Eric Meyer and Dr Kathryn Eccles. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections talk by Jonathan Blaney. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections workshop, looking at practical examples of open content publication and reuse.

Lorna Hughes, National Library of Wales delivers the closing keynote lecture. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections workshop with novelist, screenwriter and Head of Creative Writing at Brunel University, Max Kinnings. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections workshop with Michael Hobbs. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections talk by Mitchell Davis. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections Workshop with Mark Rogerson. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections discussion panel Casandra Ash, Peter Kirwan, Jose Perez Diaz and Emma Smith. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections talk by Mia Ridge. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections talk by Mark Doffman. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections conversation. Greg Walker asks Jonathan Bate to reflect on his motivation for engaging with many activities and publics beyond the academic.

Cultural Connections talk by Robert Simpson, Oxford University. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections workshop with Bob Lister, University of Cambridge. Part of the Digital Humanities @ Oxford Summer School 2013.

Cultural Connections talk by Alex Pryce. Part of the Digital Humanities @ Oxford Summer School 2013.