The Author's View of the Key Milestones in ARM's 26yr history; milestones that built 12 people in a Barn in Cambridge in 1990, into a £24.3b company by 2016. Presented at Imperial College, London on 19may17.
The Author's View of the Key Milestones in ARM's 26yr history; milestones that built 12 people in a Barn in Cambridge in 1990, into a £24.3b company by 2016.
A bulleted history of the development of ARM; from the creation of Acorn Computers in 1978 to acquisition by SoftBank for £24b in 2016. Presented at the eFutures, Early Career Researchers Workshop at Uo.Cambridge on 31aug17.
By 1833 the knowledge of materials had advanced to a point where the first electronic amplifier was made. It was just a relay, but it enabled the creation of the first control systems which found immediate military and commercial applications ... Electronics had arrived, and the world didn't look back. In 1974 the solid-state transistor emerged, and within 15yrs the first integrated circuit. Moores' Law was discovered, the periodic beat that produced ever more sophisticated, cheaper and pervasive products ... And a societal addiction to their magic. Through nearly 200yrs of electronics Scientists have increased our knowledge and processing of the 118 elements ... but the materials themselves are still the same as they were in 1833. So today as the size of integrated transistors approach the size of atoms themselves, can societies 'expectation exponential' be maintained ... Have we reached the end of Moore's Law?
The Evolution of Cloud, Microservices & VirtualizationIssac Goldstand
The Evolution of Cloud, Microservices & Virtualization, as presented at Elevation Academy
A history of the technological baby steps (and huge ones) that took the industry to where it is today.
How the hell did we end up here? The evolution of cloud, microservices and vi...Issac Goldstand
From timeshared workloads on the IBM CP-40 in 1965 to Linux containers running on SmartOS hosts on bare metal blade hardware in 2015, the industry has come a long way in half a decade, radically changing the way hardware and software are designed.
Modern professionals take architectural patterns such as microservices, serverless and container-oriented for granted. Sometimes to understand why we build modern applications the way we do, and what problems these patterns really solve, it helps to follow the evolution of these styles in terms of hardware, software and architectural milestones along the way. In this presentation, we’ll take a walk down memory lane to discover how the hell we ended up here.
Dangerous demo at TAD Summit 2016, in Lisbon. Running Kamailio on Ubuntu Phone, turning it into a SIP routing platform for large number of requests per second. The demo was done by stressing with sipp at a rate of 2000req/sec while audience was able to make calls between them.
"Scientists investigate that which already is; engineers create that which has never been." - A.Einstein. By 1833 the knowledge about physical materials had advanced to a point where the first electronic amplifier was made. It was a relay, but it enabled the creation of the first control systems which found immediate use for military and commercial purposes ... Electronics had arrived, and the world didn't look back. In 1951 the first transistor appeared, and within the next 9 yrs the first integrated circuit and the recognition of Moores' Law. And with each beat, the sophistication of the products linked to it increased ... And society, became increasingly dependent on them. Through all of this, Physicists have increased their knowledge about our 118 elements, but the atoms themselves haven't changed! And so today with individual transistors approaching the size of the atom, the possibilities to maintain this 'logarithm of expectation' has clear limits. After 186yrs are we approaching the end of the electronic system scaling, that society now accepts as a fundamental law? [1,929 views on LinkedIn by 1dec19]
The Author's View of the Key Milestones in ARM's 26yr history; milestones that built 12 people in a Barn in Cambridge in 1990, into a £24.3b company by 2016.
A bulleted history of the development of ARM; from the creation of Acorn Computers in 1978 to acquisition by SoftBank for £24b in 2016. Presented at the eFutures, Early Career Researchers Workshop at Uo.Cambridge on 31aug17.
By 1833 the knowledge of materials had advanced to a point where the first electronic amplifier was made. It was just a relay, but it enabled the creation of the first control systems which found immediate military and commercial applications ... Electronics had arrived, and the world didn't look back. In 1974 the solid-state transistor emerged, and within 15yrs the first integrated circuit. Moores' Law was discovered, the periodic beat that produced ever more sophisticated, cheaper and pervasive products ... And a societal addiction to their magic. Through nearly 200yrs of electronics Scientists have increased our knowledge and processing of the 118 elements ... but the materials themselves are still the same as they were in 1833. So today as the size of integrated transistors approach the size of atoms themselves, can societies 'expectation exponential' be maintained ... Have we reached the end of Moore's Law?
The Evolution of Cloud, Microservices & VirtualizationIssac Goldstand
The Evolution of Cloud, Microservices & Virtualization, as presented at Elevation Academy
A history of the technological baby steps (and huge ones) that took the industry to where it is today.
How the hell did we end up here? The evolution of cloud, microservices and vi...Issac Goldstand
From timeshared workloads on the IBM CP-40 in 1965 to Linux containers running on SmartOS hosts on bare metal blade hardware in 2015, the industry has come a long way in half a decade, radically changing the way hardware and software are designed.
Modern professionals take architectural patterns such as microservices, serverless and container-oriented for granted. Sometimes to understand why we build modern applications the way we do, and what problems these patterns really solve, it helps to follow the evolution of these styles in terms of hardware, software and architectural milestones along the way. In this presentation, we’ll take a walk down memory lane to discover how the hell we ended up here.
Dangerous demo at TAD Summit 2016, in Lisbon. Running Kamailio on Ubuntu Phone, turning it into a SIP routing platform for large number of requests per second. The demo was done by stressing with sipp at a rate of 2000req/sec while audience was able to make calls between them.
"Scientists investigate that which already is; engineers create that which has never been." - A.Einstein. By 1833 the knowledge about physical materials had advanced to a point where the first electronic amplifier was made. It was a relay, but it enabled the creation of the first control systems which found immediate use for military and commercial purposes ... Electronics had arrived, and the world didn't look back. In 1951 the first transistor appeared, and within the next 9 yrs the first integrated circuit and the recognition of Moores' Law. And with each beat, the sophistication of the products linked to it increased ... And society, became increasingly dependent on them. Through all of this, Physicists have increased their knowledge about our 118 elements, but the atoms themselves haven't changed! And so today with individual transistors approaching the size of the atom, the possibilities to maintain this 'logarithm of expectation' has clear limits. After 186yrs are we approaching the end of the electronic system scaling, that society now accepts as a fundamental law? [1,929 views on LinkedIn by 1dec19]
As the size of transistors gets ever smaller the size of the atom is beginning to provide a limit to Moore's Law; the rule that for the last 50yrs has given us the ever smaller, more powerful and sophisticated electronic products we enjoy and have become dependent on. There are no smaller atoms ... So is this the end for technology's evolution? Is the future for technology products to be 'more of the same'? Or is there something we are not seeing?
After 54 yrs in the Electronics Industry I retired in 2016. For most of that time I was working as an Electronic Design Engineer against the backdrop of Moore's Law; which drove the fast evolution of Electronics, and by stages delivered the Intelligent Electronic Systems that pervade all aspects of our lives today. I employed a room-based model for my career plan; keep getting invited to the 'rooms' where decisions are made ... all I had to do was to continue be known for my valued contributions.
Shinra's Vision for Gaming / Presented at GigHacks 2015KC Digital Drive
Streaming video game purveyor Colin Williamson presented Shinra Technologies' vision for cloud gaming and development at the GigHacks hackathon, held in KC at the Google Fiber Space and organized by KC Digital Drive.
This slide deck is basically my take on the future development of microservices. It is not so much a technological prediction as a tactical prediction.
It starts with taking stock of IT: Where do we come from, where are we right now and what are the trends that (most likely) will shape our future? I try to address those issues from several points of view, not necessarily creating a totally consistent picture of IT (which imo is not possible anyway), but trying to point out the most influential drivers of the past, today and the future.
Then I try to locate microservices in that picture with mutliple angles - where they blend in. Having done that, I try to show how microservices will evolve in the future based on my observations. And in order to complete the journey, based on the anticipated future of microservices, I try to give a few recommendations for microservices developers of today how to prepare for that evolution.
While - as written in the beginning - this is my take on the evolution of microservices and the voice track is missing, I still hope that it is a bit helpful and delivers some food for thought.
From concept to cloud a look at modern software developmentSoftware Guru
La computadora HAL 9000 es uno de los personajes centrales de "2001 Odisea del Espacio". Considerando que esta historia fue escrita en 1968, podemos decir que la tecnología ha tenido un tremendo avance desde entonces. Y nuestra habilidad para crear software también ha mejorado un poco. Pero todavía estamos muy lejos de poder construir algo como HAL 9000. En esta conferencia echaremos un vistazo a las principales tendencias en desarrollo de software hacia los próximos años.
Computing Platforms for the XXIc - DSD/SEAA KeynoteIan Phillips
Wikipedia defines Platform as "A raised level surface on which people or things can stand". A more familiar technical interpretation applies to the hardware and OS configuration applicable to the execution of software; most frequently applicable to highly stable PC or Mainframe architectures. But the world has changed a lot since serious computing power moved into the embedded consumer arena. Now, with runs of many millions for single products, the argument for customisation is much more justifiable; so the traditional view of platforms is struggling against a tide of individuality. Can the ARM architecture bring stability back into this chaos, or is something else needed? Isaac Newton realised the reality of platforms when he talked of standing on the shoulders of giants. A platform is a stable place where engineers and scientists can stand to achieve more than they would otherwise have done. So our XXI Century Platforms are the shape to deliver improved Productivity, Reuse, Quality, TTM, Cost, etc. for the System Products we are now charged to deliver. Its business, stupid!
Getting to the Next Level with Eclipse Concierge - Jan Rellermeyer + Tim Verb...mfrancis
OSGi Community Event 2016 Presentation by Jan Rellermeyer (IBM), Tim Verbelen (imec) & Jochen Hiller (Deutsche Telekom AG)
Eclipse Concierge provides a clean, small and lightweight implementation of the OSGi core framework specification, specifically tailored to embedded systems and IoT. In this talk, we will cover how to use and deploy the Concierge OSGi framework (e.g. using OSGi enRoute), and discuss many of the new and upcoming features in the Concierge project such as the OSGi REST interface and Cloud Ecosystems reference implementations. We will also present our work in progress on implementing the OSGi R6 core specification level and novel demonstrations that illustrate the advantages of having a lean and streamlined OSGi implementation to deal with deployment and dynamism in IoT applications.
"Scientists investigate that which already is; engineers create that which has never been." - A.Einstein. By 1833 the knowledge about physical materials had advanced to a point where the first electronic amplifier was made. It was a relay, but it enabled the creation of the first control systems which found immediate use for military and commercial purposes ... Electronics had arrived, and the world didn't look back. Powered by this success, physical science raced onward. 114yrs later, in 1974 the first transistor appeared, and within the next 15yrs the first integrated circuit and the discovery of Moores' Law. With each step the sophistication of the control systems grew, and the products based on them ever cheaper and more pervasive ... And society, became increasingly dependent on them. Through all of this, Physicists have increased their knowledge about our 118 elements, but the atoms themselves haven't changed. And today as the size of the individual transistors approach the size of the atom itself, the possibilities to maintain this 'logarithm of expectation' has obvious limits. After 186yrs are we approaching the end of the electronic system scaling, that society has accepted as a fundamental law?
Open source and open communities will play a big role in SDN and networking i...Open Networking Summits
Guru Parulkar
Executive Director
Stanford
Keynotes Session
ONS2015: http://bit.ly/ons2015sd
ONS Inspire! Webinars: http://bit.ly/oiw-sd
Watch the talk (video) on ONS Content Archives: http://bit.ly/ons-archives-sd
AI gold rush, tool vendors and the next big thing
2017/12/27 at Mediatek
- Overview of booming AI applications, from media, entertainment, e-commerce, autonomous driving, surveillance, industrial inspection, medical imaging, bioinformatics, finance, etc., along with expert predictions of their market size and growth.
- Dissect the applications with largest size and growth into their technical components and their unmet demands.
- Among all the unmet demands and uncertainties in this AI gold rush, what should an IC design company do? I’ll briefly cover NVIDIA’s case, which most of us know well already, then supplement case studies of Qualcomm, Intel, Google TPU and other smaller firms.
Even when we have a clear target, it takes years for supporting libraries and software to be properly optimized. I’ll share some thoughts and personal experiences on how to make sequentially-ordered hardware/software/library optimization happen faster and in parallel, and the tools that the IC design house need to provide in order for it to happen.
Gary Tarolli's presentation on April 27, 2015 to the Computer Systems Fundamentals class at Middlesex Community College. A great perspective on the history of graphics and Gary's unique role in groundbreaking companies like 3dfx and nvidia.
Join us to see why Cisco Meraki cloud managed networking solutions offer greater reliability, easier management, and a lower TCO.
We'll walk you through a live demonstration of the Cisco Meraki dashboard and explain how its innovative features can simplify network management, improve availability, and save precious staff time.</p>
we will also share highlights of the entire lineup of Cisco cloud networking solutions, including wireless access points, security appliances, switches and mobile device management.
As the size of transistors gets ever smaller the size of the atom is beginning to provide a limit to Moore's Law; the rule that for the last 50yrs has given us the ever smaller, more powerful and sophisticated electronic products we enjoy and have become dependent on. There are no smaller atoms ... So is this the end for technology's evolution? Is the future for technology products to be 'more of the same'? Or is there something we are not seeing?
After 54 yrs in the Electronics Industry I retired in 2016. For most of that time I was working as an Electronic Design Engineer against the backdrop of Moore's Law; which drove the fast evolution of Electronics, and by stages delivered the Intelligent Electronic Systems that pervade all aspects of our lives today. I employed a room-based model for my career plan; keep getting invited to the 'rooms' where decisions are made ... all I had to do was to continue be known for my valued contributions.
Shinra's Vision for Gaming / Presented at GigHacks 2015KC Digital Drive
Streaming video game purveyor Colin Williamson presented Shinra Technologies' vision for cloud gaming and development at the GigHacks hackathon, held in KC at the Google Fiber Space and organized by KC Digital Drive.
This slide deck is basically my take on the future development of microservices. It is not so much a technological prediction as a tactical prediction.
It starts with taking stock of IT: Where do we come from, where are we right now and what are the trends that (most likely) will shape our future? I try to address those issues from several points of view, not necessarily creating a totally consistent picture of IT (which imo is not possible anyway), but trying to point out the most influential drivers of the past, today and the future.
Then I try to locate microservices in that picture with mutliple angles - where they blend in. Having done that, I try to show how microservices will evolve in the future based on my observations. And in order to complete the journey, based on the anticipated future of microservices, I try to give a few recommendations for microservices developers of today how to prepare for that evolution.
While - as written in the beginning - this is my take on the evolution of microservices and the voice track is missing, I still hope that it is a bit helpful and delivers some food for thought.
From concept to cloud a look at modern software developmentSoftware Guru
La computadora HAL 9000 es uno de los personajes centrales de "2001 Odisea del Espacio". Considerando que esta historia fue escrita en 1968, podemos decir que la tecnología ha tenido un tremendo avance desde entonces. Y nuestra habilidad para crear software también ha mejorado un poco. Pero todavía estamos muy lejos de poder construir algo como HAL 9000. En esta conferencia echaremos un vistazo a las principales tendencias en desarrollo de software hacia los próximos años.
Computing Platforms for the XXIc - DSD/SEAA KeynoteIan Phillips
Wikipedia defines Platform as "A raised level surface on which people or things can stand". A more familiar technical interpretation applies to the hardware and OS configuration applicable to the execution of software; most frequently applicable to highly stable PC or Mainframe architectures. But the world has changed a lot since serious computing power moved into the embedded consumer arena. Now, with runs of many millions for single products, the argument for customisation is much more justifiable; so the traditional view of platforms is struggling against a tide of individuality. Can the ARM architecture bring stability back into this chaos, or is something else needed? Isaac Newton realised the reality of platforms when he talked of standing on the shoulders of giants. A platform is a stable place where engineers and scientists can stand to achieve more than they would otherwise have done. So our XXI Century Platforms are the shape to deliver improved Productivity, Reuse, Quality, TTM, Cost, etc. for the System Products we are now charged to deliver. Its business, stupid!
Getting to the Next Level with Eclipse Concierge - Jan Rellermeyer + Tim Verb...mfrancis
OSGi Community Event 2016 Presentation by Jan Rellermeyer (IBM), Tim Verbelen (imec) & Jochen Hiller (Deutsche Telekom AG)
Eclipse Concierge provides a clean, small and lightweight implementation of the OSGi core framework specification, specifically tailored to embedded systems and IoT. In this talk, we will cover how to use and deploy the Concierge OSGi framework (e.g. using OSGi enRoute), and discuss many of the new and upcoming features in the Concierge project such as the OSGi REST interface and Cloud Ecosystems reference implementations. We will also present our work in progress on implementing the OSGi R6 core specification level and novel demonstrations that illustrate the advantages of having a lean and streamlined OSGi implementation to deal with deployment and dynamism in IoT applications.
"Scientists investigate that which already is; engineers create that which has never been." - A.Einstein. By 1833 the knowledge about physical materials had advanced to a point where the first electronic amplifier was made. It was a relay, but it enabled the creation of the first control systems which found immediate use for military and commercial purposes ... Electronics had arrived, and the world didn't look back. Powered by this success, physical science raced onward. 114yrs later, in 1974 the first transistor appeared, and within the next 15yrs the first integrated circuit and the discovery of Moores' Law. With each step the sophistication of the control systems grew, and the products based on them ever cheaper and more pervasive ... And society, became increasingly dependent on them. Through all of this, Physicists have increased their knowledge about our 118 elements, but the atoms themselves haven't changed. And today as the size of the individual transistors approach the size of the atom itself, the possibilities to maintain this 'logarithm of expectation' has obvious limits. After 186yrs are we approaching the end of the electronic system scaling, that society has accepted as a fundamental law?
Open source and open communities will play a big role in SDN and networking i...Open Networking Summits
Guru Parulkar
Executive Director
Stanford
Keynotes Session
ONS2015: http://bit.ly/ons2015sd
ONS Inspire! Webinars: http://bit.ly/oiw-sd
Watch the talk (video) on ONS Content Archives: http://bit.ly/ons-archives-sd
AI gold rush, tool vendors and the next big thing
2017/12/27 at Mediatek
- Overview of booming AI applications, from media, entertainment, e-commerce, autonomous driving, surveillance, industrial inspection, medical imaging, bioinformatics, finance, etc., along with expert predictions of their market size and growth.
- Dissect the applications with largest size and growth into their technical components and their unmet demands.
- Among all the unmet demands and uncertainties in this AI gold rush, what should an IC design company do? I’ll briefly cover NVIDIA’s case, which most of us know well already, then supplement case studies of Qualcomm, Intel, Google TPU and other smaller firms.
Even when we have a clear target, it takes years for supporting libraries and software to be properly optimized. I’ll share some thoughts and personal experiences on how to make sequentially-ordered hardware/software/library optimization happen faster and in parallel, and the tools that the IC design house need to provide in order for it to happen.
Gary Tarolli's presentation on April 27, 2015 to the Computer Systems Fundamentals class at Middlesex Community College. A great perspective on the history of graphics and Gary's unique role in groundbreaking companies like 3dfx and nvidia.
Join us to see why Cisco Meraki cloud managed networking solutions offer greater reliability, easier management, and a lower TCO.
We'll walk you through a live demonstration of the Cisco Meraki dashboard and explain how its innovative features can simplify network management, improve availability, and save precious staff time.</p>
we will also share highlights of the entire lineup of Cisco cloud networking solutions, including wireless access points, security appliances, switches and mobile device management.
Similar to ARM Milestones (1v2) @ImperialCol 19may17 (20)
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdffxintegritypublishin
Advancements in technology unveil a myriad of electrical and electronic breakthroughs geared towards efficiently harnessing limited resources to meet human energy demands. The optimization of hybrid solar PV panels and pumped hydro energy supply systems plays a pivotal role in utilizing natural resources effectively. This initiative not only benefits humanity but also fosters environmental sustainability. The study investigated the design optimization of these hybrid systems, focusing on understanding solar radiation patterns, identifying geographical influences on solar radiation, formulating a mathematical model for system optimization, and determining the optimal configuration of PV panels and pumped hydro storage. Through a comparative analysis approach and eight weeks of data collection, the study addressed key research questions related to solar radiation patterns and optimal system design. The findings highlighted regions with heightened solar radiation levels, showcasing substantial potential for power generation and emphasizing the system's efficiency. Optimizing system design significantly boosted power generation, promoted renewable energy utilization, and enhanced energy storage capacity. The study underscored the benefits of optimizing hybrid solar PV panels and pumped hydro energy supply systems for sustainable energy usage. Optimizing the design of solar PV panels and pumped hydro energy supply systems as examined across diverse climatic conditions in a developing country, not only enhances power generation but also improves the integration of renewable energy sources and boosts energy storage capacities, particularly beneficial for less economically prosperous regions. Additionally, the study provides valuable insights for advancing energy research in economically viable areas. Recommendations included conducting site-specific assessments, utilizing advanced modeling tools, implementing regular maintenance protocols, and enhancing communication among system components.
Forklift Classes Overview by Intella PartsIntella Parts
Discover the different forklift classes and their specific applications. Learn how to choose the right forklift for your needs to ensure safety, efficiency, and compliance in your operations.
For more technical information, visit our website https://intellaparts.com
Final project report on grocery store management system..pdfKamal Acharya
In today’s fast-changing business environment, it’s extremely important to be able to respond to client needs in the most effective and timely manner. If your customers wish to see your business online and have instant access to your products or services.
Online Grocery Store is an e-commerce website, which retails various grocery products. This project allows viewing various products available enables registered users to purchase desired products instantly using Paytm, UPI payment processor (Instant Pay) and also can place order by using Cash on Delivery (Pay Later) option. This project provides an easy access to Administrators and Managers to view orders placed using Pay Later and Instant Pay options.
In order to develop an e-commerce website, a number of Technologies must be studied and understood. These include multi-tiered architecture, server and client-side scripting techniques, implementation technologies, programming language (such as PHP, HTML, CSS, JavaScript) and MySQL relational databases. This is a project with the objective to develop a basic website where a consumer is provided with a shopping cart website and also to know about the technologies used to develop such a website.
This document will discuss each of the underlying technologies to create and implement an e- commerce website.
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...Dr.Costas Sachpazis
Terzaghi's soil bearing capacity theory, developed by Karl Terzaghi, is a fundamental principle in geotechnical engineering used to determine the bearing capacity of shallow foundations. This theory provides a method to calculate the ultimate bearing capacity of soil, which is the maximum load per unit area that the soil can support without undergoing shear failure. The Calculation HTML Code included.
6th International Conference on Machine Learning & Applications (CMLA 2024)ClaraZara1
6th International Conference on Machine Learning & Applications (CMLA 2024) will provide an excellent international forum for sharing knowledge and results in theory, methodology and applications of on Machine Learning & Applications.