We have seen a shift in the usage of electrical appliances with people shifting their attention towards portable appliances. This presentation deals with explanation of how things changed over time.
The document discusses the future of computer technology and the roles of computer technicians. It describes how computer technology has rapidly advanced due to Moore's Law, with transistors shrinking to atomic sizes. Scientists anticipate continued growth in nanotechnology and artificial intelligence. This will create new career opportunities for computer technicians in fields like embedded systems, mobile operating systems, data analysis, and developing technologies like nanocomputers and expert systems. The future remains uncertain but computer technicians will play an important role in developing and maintaining advanced technologies, with responsibilities that could impact humanity positively or negatively depending on how technology progresses.
The passage discusses the history and future possibilities of computing technology. It outlines how computers have evolved from early machines like ENIAC to today's laptops and internet-connected devices. The passage also explores potential future technologies like quantum computers and DNA computers that could replace silicon-based processors. Quantum computers could perform millions of calculations simultaneously, offering vastly more power than today's supercomputers. DNA computers may also be much faster, smaller, and more sustainable than silicon chips. However, both quantum and DNA-based computing technologies remain early concepts that have yet to overcome challenges preventing real-world applications. The future of computing beyond silicon remains uncertain.
The document discusses expectations for technological advancements through the rest of the decade including:
1. Increased energy efficiency through technologies like superconductors and improved energy grids as well as potential new energy sources like fusion.
2. Emerging technologies like additive manufacturing, neuromorphic chips, quantum computers, robotics, hyperbroadband, synthetic biology, and sensors becoming more widespread.
3. Major changes in industries like automated transportation, urbanization through mega cities and skyscrapers, education being transformed through accelerated innovation, and wearable technology advancing.
A general futurist look at how linear, exponential and discontinuous growth is shaping the future of technology and what may be expected in key areas such as hardware, software, semiconductors, artificial intelligence, nanotechnology, biotechnology, life extension and virtual worlds.
Audio: http://feeds.feedburner.com/BroaderPerspectivePodcast
Restitution du 29/06/2015 sur l'évènement Hello Tomorrow Conférence qui se déroulait du 25 au 26 Juin 2015 à la Cité des Sciences et de l'Industrie à Paris.
Digital Darwinism & Creativity in the Third Industrial Revolution (Farset Lab...Ben Bland
We are in the midst of another industrial revolution, with the abundance of low cost digital manufacturing and connected devices. Surviving this revolution requires adaptability, which translates as creativity, curiosity, productivity... all the things that makers do for fun.
Here is the full deck from a talk I was kindly invited to give to the 2015 Create conference (www.create.to) on behalf of my beloved Farset Labs, the Belfast hackerspace / makerspace (www.farsetlabs.org.uk). It's supported by a blog post: https://blog.farsetlabs.org.uk/making-it-through-the-third-industrial-revolution/
This document discusses the rise of an "Internet of No Things" in the future where devices become so integrated with our environment that we no longer need to directly interact with them. It outlines how as technology gets smaller, cheaper, and more capable, everything from appliances to physical infrastructure will become connected. This hyperconnected planet could either be managed through a conservative agenda that focuses on maintaining the current system, or a progressive agenda that harnesses new technologies to solve problems while upholding social values. The progressive agenda may represent the Nordic approach to guiding development of a hyperconnected world.
It is our duty to make the world an eco-friendly place, imagine yourself participating in making it a healthier environment. Energy- Zeus is an innovative sociable electricity monitor, it helps us to understand our daily electricity consumptions and control it remotely hence raise awareness for a better daily usages.
The document discusses the future of computer technology and the roles of computer technicians. It describes how computer technology has rapidly advanced due to Moore's Law, with transistors shrinking to atomic sizes. Scientists anticipate continued growth in nanotechnology and artificial intelligence. This will create new career opportunities for computer technicians in fields like embedded systems, mobile operating systems, data analysis, and developing technologies like nanocomputers and expert systems. The future remains uncertain but computer technicians will play an important role in developing and maintaining advanced technologies, with responsibilities that could impact humanity positively or negatively depending on how technology progresses.
The passage discusses the history and future possibilities of computing technology. It outlines how computers have evolved from early machines like ENIAC to today's laptops and internet-connected devices. The passage also explores potential future technologies like quantum computers and DNA computers that could replace silicon-based processors. Quantum computers could perform millions of calculations simultaneously, offering vastly more power than today's supercomputers. DNA computers may also be much faster, smaller, and more sustainable than silicon chips. However, both quantum and DNA-based computing technologies remain early concepts that have yet to overcome challenges preventing real-world applications. The future of computing beyond silicon remains uncertain.
The document discusses expectations for technological advancements through the rest of the decade including:
1. Increased energy efficiency through technologies like superconductors and improved energy grids as well as potential new energy sources like fusion.
2. Emerging technologies like additive manufacturing, neuromorphic chips, quantum computers, robotics, hyperbroadband, synthetic biology, and sensors becoming more widespread.
3. Major changes in industries like automated transportation, urbanization through mega cities and skyscrapers, education being transformed through accelerated innovation, and wearable technology advancing.
A general futurist look at how linear, exponential and discontinuous growth is shaping the future of technology and what may be expected in key areas such as hardware, software, semiconductors, artificial intelligence, nanotechnology, biotechnology, life extension and virtual worlds.
Audio: http://feeds.feedburner.com/BroaderPerspectivePodcast
Restitution du 29/06/2015 sur l'évènement Hello Tomorrow Conférence qui se déroulait du 25 au 26 Juin 2015 à la Cité des Sciences et de l'Industrie à Paris.
Digital Darwinism & Creativity in the Third Industrial Revolution (Farset Lab...Ben Bland
We are in the midst of another industrial revolution, with the abundance of low cost digital manufacturing and connected devices. Surviving this revolution requires adaptability, which translates as creativity, curiosity, productivity... all the things that makers do for fun.
Here is the full deck from a talk I was kindly invited to give to the 2015 Create conference (www.create.to) on behalf of my beloved Farset Labs, the Belfast hackerspace / makerspace (www.farsetlabs.org.uk). It's supported by a blog post: https://blog.farsetlabs.org.uk/making-it-through-the-third-industrial-revolution/
This document discusses the rise of an "Internet of No Things" in the future where devices become so integrated with our environment that we no longer need to directly interact with them. It outlines how as technology gets smaller, cheaper, and more capable, everything from appliances to physical infrastructure will become connected. This hyperconnected planet could either be managed through a conservative agenda that focuses on maintaining the current system, or a progressive agenda that harnesses new technologies to solve problems while upholding social values. The progressive agenda may represent the Nordic approach to guiding development of a hyperconnected world.
It is our duty to make the world an eco-friendly place, imagine yourself participating in making it a healthier environment. Energy- Zeus is an innovative sociable electricity monitor, it helps us to understand our daily electricity consumptions and control it remotely hence raise awareness for a better daily usages.
This document discusses various technologies including 3D printing, autonomous vehicles, artificial intelligence, the internet of things, blockchain, and more. For each technology, it provides a brief description, current status, and potential issues or future developments. The overall message is that while many new technologies are rapidly developing and will continue advancing exponentially, some ideas like anti-gravity devices or overunity energy sources remain speculative or lack scientific explanation for now. Nature is presented as a model for technological innovation due to its ability to self-organize and crowdsource solutions over long time periods through evolution.
HPC, the new normal: the Personal Computer is dead. Long live the Personal ...Roberto Siagri
The exponential growth of computation is very close to an evolutionary step in the way we use HPC extending and expanding the class of problems they can address. The ongoing digital transformation and software containerization are enabling the use of HPC s in most of the fields of human activities. The new digital hyperconnected world need HPC scientists and not just only Data Scientist
An Insight to the World of Wearable ComputingFAIZAL T H
This paper gives idea on the concept of wearable computing and its evolution over the years and the emerging trends in the field of wearable technology, their advantages and disadvantages and so on..
In January of 2010, Apple announced that there is room for a device between a laptop and a smart phone. A few months later, Apple released the iPad and successfully added another tier of things to our daily lives. Technology is becoming pervasive and will soon be inseparable from daily habits and routines. How do we go from a fragmented present to a connected future? And more importantly, how do we stop the machines from taking over?
In this talk, Hans Scharler will discuss the emerging Internet of Things, pitfalls, trends, and applications. Hans will share what he thinks an interconnected world may look like.
Hans Scharler is the co-founder of ioBridge and a contributor to ThingSpeak, an open source Internet of Things platform. In his spare time, Hans plays and designs board games.
Credits:
Tangled Lights – flickr.com/photos/pinkparakeets/4480730648/
iamshadowlord.com/ignite_2011
Scientific advancement in the last 50 yearsgoodread
The document summarizes several major scientific advancements over the past 50 years that have significantly impacted modern life, including the development of cell phones, artificial hearts, computers/internet, satellites, space travel, microchips, and digital cameras. These innovations have revolutionized communication, extended lifespans, brought the world closer together, enabled global connectivity through technologies like GPS, opened new frontiers of space exploration, powered modern devices, and transformed photography.
GlobalDots - Wearables & Impact on Web Security & PerformanceGlobalDots
Wearables, big data, and cloud computing are driving technological changes. These megatrends are enabled by mobile connectivity, cloud infrastructure, and the ability to generate and analyze large amounts of data from many connected devices. As more devices are able to collect data and connect to the cloud, ensuring privacy, security and real-time protection of the data they generate is increasingly important.
Design in the age of AI – Frontend Conference Zurich, 2017Zoltan Gocza
We are entering the age of machine intelligence. Facebook knows we started a new relationship sooner than our friends. Google composes automatic replies for the emails we receive. We request rides or order pizzas by simply chatting with a bot or talking to a home assistant like Amazon Echo. What’s more, we even trust billions of our savings to automated robo-advisors like Wealthfront or the Swiss Truewealth.
Packing machine intelligence into our products makes a great difference to the user experience and brings new forms of human-computer interaction to life. And with those come new challenges.
Let’s see how design will transform in the age of AI. What are the trends in designing for AI? What are the challenges and pitfalls? How will the focus of product design shift in the future? And will robots replace designers?
Design in the age of artificial intelligence / Basel, 2017Zoltan Gocza
We are entering the age of machine intelligence. Facebook knows we started a new relationship sooner than our friends. Google composes automatic replies for the emails we receive. We request rides or order pizzas by simply chatting with a bot or talking to a home assistant like Amazon Echo. What’s more, we even trust billions of our savings to automated robo-advisors like Wealthfront or the Swiss Truewealth.
Packing artificial intelligence into our products makes a great difference to the user experience and brings new forms of human-computer interaction to life. And with those come new challenges.
Let’s see how design will transform in the age of AI. What are the trends in designing for AI? What are the challenges and pitfalls? How will the focus of product design shift in the future? And will robots replace designers?
The Future of Wearable Tech report in collaboration with iQ by intel identifies 10 trends and three major themes that point to the evolving form and function of wearable devices and their influence on the way we live, work and socialize. In our Connected Intimacy theme, we explore how wearables are revolutionizing the way we communicate information about ourselves and maintain relationships over any distance. With the Tailored Ecosystem theme, we look at how these devices are personalizing the world around us and adapting to our ever-changing needs. While the Co-Evolved Possibilities theme considers the potential and promise of a closer union between humans and technology and its impacts on our natural abilities.
Within these themes, we take an in-depth look at each of the key trends, bringing them to life with best-in-class examples and connecting the dots with takeaways to help spark thinking and discussion. As you click through the following slides, we hope you find inspiration and innovation that you can leverage and share within your own organization.
For more information about the report visit:
http://www.psfk.com/publishing/future-of-wearable-tech
Want to Learn More About This Topic or Any Other?
Go to labs.psfk.com to learn more about accessing in-depth trend reports on industries, markets, and topics, database access, workshops, presentati
Activity 7 ppt mech proto spring mechanism of railway systemanujabarge3
This document summarizes a student project to design a spring mechanism for railway seating using rapid prototyping techniques. The mechanism involves a card that is attached to each seat that can be opened and closed, only providing a seat to passengers with the correct card, in order to reduce financial losses from people travelling without tickets. The project objectives are to design the mechanism using software like Cura and Fusion 360. The design process involved 3D modeling and CAD drawings of the mechanism components like the vertical bar and base. The model was then sliced for 3D printing using FDM rapid prototyping to produce the final prototype. Applications, advantages, limitations and bill of materials for the prototype are also summarized.
The developments in technology as without it we wouldn’t be here.
Even if you think back to a decade ago, technology has radically changed. We now all carry around smart phones in our pockets that have instant access to the internet, cameras, calculators, and pretty much any piece of technology we might need on-the-go. In the past, we didn't have it so simple, even though we thought we were innovative at the time. My, how everything has changed.
This document highlights 6 news items from the week to improve knowledge: 1) Some hearing aids can detect Wi-Fi signals, allowing users to "hear" the internet. 2) A German cloud company stores excess server heat in homes and offices to provide free heating. 3) A chair uses motion sensors to incorporate movement into seated work to promote health. 4) Monkeys were able to control a wheelchair with their brain signals, advancing prosthetics. 5) A wearable sensor monitors air pollution to empower individuals with data for health decisions. 6) A startup lights LEDs through a simple saltwater battery, bringing light to off-grid homes.
The document discusses latest computing devices including the Mac Mini, tablet PCs, and ultrabooks. It also discusses latest technology innovations such as robotics, types of robotics, and their uses. Robotics are defined and various types are described including mobile, industrial, domestic, medical, service, and military robots. Their uses in areas like factories, surgery, mail delivery, and entertainment are provided. The challenges of robots including their costs and inability to respond in emergencies are also noted. The document concludes with a discussion of communication and networking technologies and the definition and focus of social networking services.
The document discusses the evolution and impact of technology. It defines technology and innovation, and provides examples of recent technological innovations including a radio-equipped toaster, pen-style personal computers, shower-powered radios, high-speed bullet trains, microwave-safe pressure cookers, and social networks from Apple. Overall, the document demonstrates how technology has transformed and improved many aspects of modern life.
This document outlines a pathway for becoming a data scientist and IoT professional. It discusses how the next 10 years will see a shift to an AI-first world where computing is universally available through various surfaces like homes, workplaces, cars, and mobile devices. This computing will be more natural, intuitive and intelligent. It also introduces the concept of data science and mentions an analytics framework as part of the pathway to becoming a data scientist.
For the most time of human history, life was local and linear. Local in the way that anything that happened was close by, a least within a walking distance. Linear in the way that your life was the same as your parents and your children. Nothing changed.
Just like the evolution of man, technology improvements follow an evolutionary progress. New ideas or products are to begin with immature and fragile with slow improvements. Then the progress accelerates until the products become mature and taken for granted. Then the cycle repeats and a new layer of technology is added to the previous. This process is exponential. One such observation of exponential is Moore’s Law.
We will explore what exponential means. We look at Moore´s law and The Law of the Accelerating returns.
The document provides information about computers and their components. It begins with arranging jumbled computer-related words and definitions. It then discusses how computers have changed the world with their speed, reliability, and storage capabilities. It provides examples of where computers are used, including education, graphics, retailing, energy, law enforcement, transportation, banking, agriculture, government, and more. It also discusses different types of computers and their components like the CPU, hardware, motherboard, and software. The document seeks to demonstrate how ubiquitous and integral computers have become in all aspects of modern life and work.
This document discusses four emerging technologies - nanotechnology, genetic engineering, nuclear technology, and artificial intelligence - that could potentially lead to scenarios destroying human society if not properly controlled and utilized. It outlines both pros and cons of each technology, including how tiny robots or engineered bacteria could spread uncontrollably with nanotechnology, how modifying genes could create new diseases or human-eating animals with genetic engineering, how nuclear weapons or power plant disasters could cause mass destruction, and how advanced artificial intelligence may eventually outsmart and overtake humans. The document warns that humanity's exploration of small, unknown areas through these technologies risks an "end of days" scenario.
History : The History Of Computers
Technology : History Of Computers
History of the Development of Computers Essay
Generation of Computers
History of the Computer
The History of Computer Development Essay
Essay about History of the Computer
The History And How Of Computers
Personal Computer Research Paper
The History of Computers
Brief History Of Computers Essay
History of Computer
History of Computers
The History Of Computer Engineering
History of Computers
Essay about History and Anatomy of a Computer
History of Microsoft Windows Essay
Essay about The History of Computers
A Brief History of Computers
computer Development PPT created by Pooja Khamkarpoojakhamkar8
This document discusses the history of computers through five generations:
- First generation computers used vacuum tubes and were large, power-intensive machines.
- Second generation introduced transistors, making computers smaller and more reliable.
- Third generation used integrated circuits which further improved processing speed, power usage, and size.
- Fourth generation saw the development of microprocessors and personal computers.
- Fifth generation enables artificial intelligence capabilities through parallel processing.
A Technical Introduction to The Internet of ThingsAPNIC
The document provides an overview of the Internet of Things (IoT) through several sections. It begins by defining the IoT as comprising small microprocessors, sensors and messages. It then discusses examples of connected devices like appliances and thermostats. Subsequent sections address specific IoT applications in areas like utilities infrastructure, shipping logistics, agriculture, environmental monitoring and more. It emphasizes how IoT solutions can save time, money and resources across various industries.
Introductory lecture to module on Management of Innovation and Technology . This presentation is the first lecture of the module " Management of Innovation and Technology" which was prepared for the students enrolled in the Masters in Biotechnology program, at Grenoble ecole de management, France. It introduces the students to the different technologies that are currently disrupting the economy, and is aimed at a business audience. Slides were updated on November 2015.
This document discusses various technologies including 3D printing, autonomous vehicles, artificial intelligence, the internet of things, blockchain, and more. For each technology, it provides a brief description, current status, and potential issues or future developments. The overall message is that while many new technologies are rapidly developing and will continue advancing exponentially, some ideas like anti-gravity devices or overunity energy sources remain speculative or lack scientific explanation for now. Nature is presented as a model for technological innovation due to its ability to self-organize and crowdsource solutions over long time periods through evolution.
HPC, the new normal: the Personal Computer is dead. Long live the Personal ...Roberto Siagri
The exponential growth of computation is very close to an evolutionary step in the way we use HPC extending and expanding the class of problems they can address. The ongoing digital transformation and software containerization are enabling the use of HPC s in most of the fields of human activities. The new digital hyperconnected world need HPC scientists and not just only Data Scientist
An Insight to the World of Wearable ComputingFAIZAL T H
This paper gives idea on the concept of wearable computing and its evolution over the years and the emerging trends in the field of wearable technology, their advantages and disadvantages and so on..
In January of 2010, Apple announced that there is room for a device between a laptop and a smart phone. A few months later, Apple released the iPad and successfully added another tier of things to our daily lives. Technology is becoming pervasive and will soon be inseparable from daily habits and routines. How do we go from a fragmented present to a connected future? And more importantly, how do we stop the machines from taking over?
In this talk, Hans Scharler will discuss the emerging Internet of Things, pitfalls, trends, and applications. Hans will share what he thinks an interconnected world may look like.
Hans Scharler is the co-founder of ioBridge and a contributor to ThingSpeak, an open source Internet of Things platform. In his spare time, Hans plays and designs board games.
Credits:
Tangled Lights – flickr.com/photos/pinkparakeets/4480730648/
iamshadowlord.com/ignite_2011
Scientific advancement in the last 50 yearsgoodread
The document summarizes several major scientific advancements over the past 50 years that have significantly impacted modern life, including the development of cell phones, artificial hearts, computers/internet, satellites, space travel, microchips, and digital cameras. These innovations have revolutionized communication, extended lifespans, brought the world closer together, enabled global connectivity through technologies like GPS, opened new frontiers of space exploration, powered modern devices, and transformed photography.
GlobalDots - Wearables & Impact on Web Security & PerformanceGlobalDots
Wearables, big data, and cloud computing are driving technological changes. These megatrends are enabled by mobile connectivity, cloud infrastructure, and the ability to generate and analyze large amounts of data from many connected devices. As more devices are able to collect data and connect to the cloud, ensuring privacy, security and real-time protection of the data they generate is increasingly important.
Design in the age of AI – Frontend Conference Zurich, 2017Zoltan Gocza
We are entering the age of machine intelligence. Facebook knows we started a new relationship sooner than our friends. Google composes automatic replies for the emails we receive. We request rides or order pizzas by simply chatting with a bot or talking to a home assistant like Amazon Echo. What’s more, we even trust billions of our savings to automated robo-advisors like Wealthfront or the Swiss Truewealth.
Packing machine intelligence into our products makes a great difference to the user experience and brings new forms of human-computer interaction to life. And with those come new challenges.
Let’s see how design will transform in the age of AI. What are the trends in designing for AI? What are the challenges and pitfalls? How will the focus of product design shift in the future? And will robots replace designers?
Design in the age of artificial intelligence / Basel, 2017Zoltan Gocza
We are entering the age of machine intelligence. Facebook knows we started a new relationship sooner than our friends. Google composes automatic replies for the emails we receive. We request rides or order pizzas by simply chatting with a bot or talking to a home assistant like Amazon Echo. What’s more, we even trust billions of our savings to automated robo-advisors like Wealthfront or the Swiss Truewealth.
Packing artificial intelligence into our products makes a great difference to the user experience and brings new forms of human-computer interaction to life. And with those come new challenges.
Let’s see how design will transform in the age of AI. What are the trends in designing for AI? What are the challenges and pitfalls? How will the focus of product design shift in the future? And will robots replace designers?
The Future of Wearable Tech report in collaboration with iQ by intel identifies 10 trends and three major themes that point to the evolving form and function of wearable devices and their influence on the way we live, work and socialize. In our Connected Intimacy theme, we explore how wearables are revolutionizing the way we communicate information about ourselves and maintain relationships over any distance. With the Tailored Ecosystem theme, we look at how these devices are personalizing the world around us and adapting to our ever-changing needs. While the Co-Evolved Possibilities theme considers the potential and promise of a closer union between humans and technology and its impacts on our natural abilities.
Within these themes, we take an in-depth look at each of the key trends, bringing them to life with best-in-class examples and connecting the dots with takeaways to help spark thinking and discussion. As you click through the following slides, we hope you find inspiration and innovation that you can leverage and share within your own organization.
For more information about the report visit:
http://www.psfk.com/publishing/future-of-wearable-tech
Want to Learn More About This Topic or Any Other?
Go to labs.psfk.com to learn more about accessing in-depth trend reports on industries, markets, and topics, database access, workshops, presentati
Activity 7 ppt mech proto spring mechanism of railway systemanujabarge3
This document summarizes a student project to design a spring mechanism for railway seating using rapid prototyping techniques. The mechanism involves a card that is attached to each seat that can be opened and closed, only providing a seat to passengers with the correct card, in order to reduce financial losses from people travelling without tickets. The project objectives are to design the mechanism using software like Cura and Fusion 360. The design process involved 3D modeling and CAD drawings of the mechanism components like the vertical bar and base. The model was then sliced for 3D printing using FDM rapid prototyping to produce the final prototype. Applications, advantages, limitations and bill of materials for the prototype are also summarized.
The developments in technology as without it we wouldn’t be here.
Even if you think back to a decade ago, technology has radically changed. We now all carry around smart phones in our pockets that have instant access to the internet, cameras, calculators, and pretty much any piece of technology we might need on-the-go. In the past, we didn't have it so simple, even though we thought we were innovative at the time. My, how everything has changed.
This document highlights 6 news items from the week to improve knowledge: 1) Some hearing aids can detect Wi-Fi signals, allowing users to "hear" the internet. 2) A German cloud company stores excess server heat in homes and offices to provide free heating. 3) A chair uses motion sensors to incorporate movement into seated work to promote health. 4) Monkeys were able to control a wheelchair with their brain signals, advancing prosthetics. 5) A wearable sensor monitors air pollution to empower individuals with data for health decisions. 6) A startup lights LEDs through a simple saltwater battery, bringing light to off-grid homes.
The document discusses latest computing devices including the Mac Mini, tablet PCs, and ultrabooks. It also discusses latest technology innovations such as robotics, types of robotics, and their uses. Robotics are defined and various types are described including mobile, industrial, domestic, medical, service, and military robots. Their uses in areas like factories, surgery, mail delivery, and entertainment are provided. The challenges of robots including their costs and inability to respond in emergencies are also noted. The document concludes with a discussion of communication and networking technologies and the definition and focus of social networking services.
The document discusses the evolution and impact of technology. It defines technology and innovation, and provides examples of recent technological innovations including a radio-equipped toaster, pen-style personal computers, shower-powered radios, high-speed bullet trains, microwave-safe pressure cookers, and social networks from Apple. Overall, the document demonstrates how technology has transformed and improved many aspects of modern life.
This document outlines a pathway for becoming a data scientist and IoT professional. It discusses how the next 10 years will see a shift to an AI-first world where computing is universally available through various surfaces like homes, workplaces, cars, and mobile devices. This computing will be more natural, intuitive and intelligent. It also introduces the concept of data science and mentions an analytics framework as part of the pathway to becoming a data scientist.
For the most time of human history, life was local and linear. Local in the way that anything that happened was close by, a least within a walking distance. Linear in the way that your life was the same as your parents and your children. Nothing changed.
Just like the evolution of man, technology improvements follow an evolutionary progress. New ideas or products are to begin with immature and fragile with slow improvements. Then the progress accelerates until the products become mature and taken for granted. Then the cycle repeats and a new layer of technology is added to the previous. This process is exponential. One such observation of exponential is Moore’s Law.
We will explore what exponential means. We look at Moore´s law and The Law of the Accelerating returns.
The document provides information about computers and their components. It begins with arranging jumbled computer-related words and definitions. It then discusses how computers have changed the world with their speed, reliability, and storage capabilities. It provides examples of where computers are used, including education, graphics, retailing, energy, law enforcement, transportation, banking, agriculture, government, and more. It also discusses different types of computers and their components like the CPU, hardware, motherboard, and software. The document seeks to demonstrate how ubiquitous and integral computers have become in all aspects of modern life and work.
This document discusses four emerging technologies - nanotechnology, genetic engineering, nuclear technology, and artificial intelligence - that could potentially lead to scenarios destroying human society if not properly controlled and utilized. It outlines both pros and cons of each technology, including how tiny robots or engineered bacteria could spread uncontrollably with nanotechnology, how modifying genes could create new diseases or human-eating animals with genetic engineering, how nuclear weapons or power plant disasters could cause mass destruction, and how advanced artificial intelligence may eventually outsmart and overtake humans. The document warns that humanity's exploration of small, unknown areas through these technologies risks an "end of days" scenario.
History : The History Of Computers
Technology : History Of Computers
History of the Development of Computers Essay
Generation of Computers
History of the Computer
The History of Computer Development Essay
Essay about History of the Computer
The History And How Of Computers
Personal Computer Research Paper
The History of Computers
Brief History Of Computers Essay
History of Computer
History of Computers
The History Of Computer Engineering
History of Computers
Essay about History and Anatomy of a Computer
History of Microsoft Windows Essay
Essay about The History of Computers
A Brief History of Computers
computer Development PPT created by Pooja Khamkarpoojakhamkar8
This document discusses the history of computers through five generations:
- First generation computers used vacuum tubes and were large, power-intensive machines.
- Second generation introduced transistors, making computers smaller and more reliable.
- Third generation used integrated circuits which further improved processing speed, power usage, and size.
- Fourth generation saw the development of microprocessors and personal computers.
- Fifth generation enables artificial intelligence capabilities through parallel processing.
A Technical Introduction to The Internet of ThingsAPNIC
The document provides an overview of the Internet of Things (IoT) through several sections. It begins by defining the IoT as comprising small microprocessors, sensors and messages. It then discusses examples of connected devices like appliances and thermostats. Subsequent sections address specific IoT applications in areas like utilities infrastructure, shipping logistics, agriculture, environmental monitoring and more. It emphasizes how IoT solutions can save time, money and resources across various industries.
Introductory lecture to module on Management of Innovation and Technology . This presentation is the first lecture of the module " Management of Innovation and Technology" which was prepared for the students enrolled in the Masters in Biotechnology program, at Grenoble ecole de management, France. It introduces the students to the different technologies that are currently disrupting the economy, and is aimed at a business audience. Slides were updated on November 2015.
This document discusses 10 major technological advances that have changed the world and how we live in it. It describes each technology including electricity, lasers, semiconductor chips, quantum computing, elevators, the Human Genome Project, automobiles, GPS, and smartphones. For each one it provides a brief overview of how it was developed and its impact, such as how electricity has become an irreplaceable tool, lasers are used in many industries, and semiconductor chips led to computers and mobile devices.
Autonomous vehicles, ridesharing, and virtual avatars will drastically change transportation over the next decade. Convergence of technologies like AI, robotics, batteries, and sensors will enable self-driving cars and fleets that are cheaper and more efficient than individual car ownership. This will free up time for other activities during commutes. Further into the future, virtual avatars controlled remotely through VR and robotics may eliminate physical transportation entirely. The document emphasizes that true innovation results from the convergence of multiple exponential technologies, not from any single technology alone.
Internet of things and nanothings workshop may 2014Marios Kyriazis
This document provides an overview of the Internet of Things (IoT). It begins with motivation for the IoT, discussing how physical objects are becoming connected to the internet through embedded sensors and the convergence of the physical and digital worlds. Examples of application domains for the IoT are then described, such as smart homes, cities, transportation and health. Challenges and future directions are also discussed, such as privacy concerns and the potential for the IoT to extend to nanotechnology and more intelligent systems.
This document discusses the history and generations of computers. It describes the early abacus and mechanical calculating devices. Important early electronic computers included Charles Babbage's Analytical Engine, the Mark I, the Atanasoff-Berry Computer, ENIAC, EDVAC, and EDSAC. The five generations of computers are then defined based on the technology used - first generation used vacuum tubes, second used transistors, and third used integrated circuits. Key aspects and characteristics of the first two generations are provided.
GENERATION OF COMPUTER ATUL PRAKASH.pptxAtulPrakash53
The document summarizes the evolution of computers through five generations, from large vacuum tube-powered machines to today's smaller and more powerful devices incorporating artificial intelligence. The first generation used vacuum tubes and magnetic drums, were enormous in size, expensive to operate, and prone to overheating. The second generation introduced transistors, making computers smaller and more reliable. The third generation saw the development of integrated circuits, allowing multiple applications to run simultaneously through operating systems and user interfaces. The fifth generation, still in development, aims to develop artificial intelligence through parallel processing and technologies like voice recognition.
The document summarizes the five generations of computers based on their technological developments. The first generation used vacuum tubes, the second used transistors, the third used integrated circuits, the fourth used microprocessors, and the fifth generation focuses on artificial intelligence. Each generation brought improvements in size, cost, speed, reliability and other factors. The document also categorizes computers based on their principles of operation and configuration.
Latest Development in the field of IT(Information Technology)Muhammad Jasim
The document discusses recent developments in information technology presented by Muhammad Jasim. New techniques for eye-gaze tracking could improve computer interaction for those unable to use mice or touchscreens. Researchers have also developed acoustic controls for smartphones using pluggable tubes connected to the speaker and microphone to control sounds and add sensors. The document also discusses holographic computing through Microsoft HoloLens, which uses holograms that integrate with the physical world and can be shaped to fine-tune designs or learn new concepts.
The document discusses computers, their definition, characteristics, limitations, and generations. It defines a computer as an electronic device that can accept data as input, process it according to programmed instructions, produce output, and store information. Computers have advantages over humans like speed, accuracy, memory, reliability and versatility. However, they also have limitations as they cannot think, decide, express ideas or implement policies like humans. The document then covers the five generations of computers, describing the technologies used and advantages and disadvantages of each.
The document provides a history of computers from ancient calculating devices like the abacus to modern generations. It discusses five generations of computers: 1) Vacuum tube computers, 2) Transistor computers, 3) Integrated circuit computers, 4) Microprocessor computers, and 5) Potential artificial intelligence computers. Key developments included the invention of the transistor, integrated circuit, microprocessor, and continued advancement toward artificial intelligence through parallel processing. The generations saw computers decrease dramatically in size while increasing dramatically in speed and capabilities.
This document provides an overview of computer systems architecture and the history of computers. It discusses:
1) The components that make up a computer system including hardware, software, data, and communication elements.
2) The five generations of computers from the first generation using vacuum tubes to the current fifth generation focusing on artificial intelligence and cloud computing.
3) Examples of microprocessors used in different computer systems from the Intel 4004 to current multi-core processors.
These slides use concepts from my (Jeff Funk) course entitled analyzing hi-tech opportunities to analyze the increasing economic feasibility of smart homes. Rapid improvements in sensors, integrated circuits, transceivers, displays, mobile phones, and wireless networks are causing the cost to fall and the performance to rise for smart home-related features. It is becoming increasingly inexpensive and easy to control a wide number of appliances with mobile phones and to embed intelligence in many of these appliances. Smart homes will have higher energy efficiencies, better safety, more convenience, and better security than existing homes as the improvements in various technologies make them economically feasible.
Computers have become an integral part of modern life and are used for a wide variety of tasks. A computer is an electronic machine that can solve problems, process and store data, and perform calculations faster than humans. General purpose computers are designed to perform many different functions and operations across various fields like banking, retail, education, healthcare and more. While computers provide advantages like speed, accuracy, storage capacity and the ability to multitask, they also present disadvantages such as potential unemployment, privacy issues, security risks and health impacts if not used properly.
Imaging when you come home, the door is automatically opened then automatic power system is turned on without any your task. Next, your favorite TV channel is started and you just enjoy everything without having to move the feet or hands to do anything. Exactly, you own a Smart home, in the simple way, means a home that allows the owner to control any device in the house through smartphone or tablet with an application
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2. Glimpse Of Past
Who would have thought of communicating
with a device which could fit in our pocket
or perform extremely long calculation by
pressing certain buttons. But all this came
into existence with the advancement in
technology. Now the point of discussion is
not how these devices were invented or
who invented them but the amusing part is
how these big and heavy devices became
portable and what has made these changes
possible.
3. Why Make Them Portable?
“The First Computer weighed 30 short tons (27 t), was roughly 8 feet
(2.4 m) by 3 feet (0.9 m) by 100 feet (30 m), took up 1800 square feet
(167 m²), and consumed 150 kW of power.”
Now if you roughly analyze the above line, you would not need a
reason to know why people shifted towards portable appliances or why
engineers and scientists felt the need of developing smaller appliances
as compared to heavy machines. But lets list down the points for a
change to be more specific and clear.
4. Don’t Beat Around the Bush (reason for
change)
• Space
¾ of the world is covered with water and if the rest of the space is
occupied by heavy electronic appliance where would human being go.
• Size
If the size of the device is twice or thrice the size of you then it will not
be an easy task to operate such a device.
• Power
When the whole world is saving on energy, none of us would want to
waste electricity on devices consuming a lot of power.
6. How these appliances have changed the
lifestyle?
• Think about life without a television set which is one of your sources
of entertainment.
• Imagine if same is the case with your refrigerator which stops working
on a hot sunny afternoon
• All those who have come across instances such as these must have
thanked the creators for the invention of such. With the progress in
technology and easy availability, life has become convenient.
• Also these appliances are readily available in the market. Also one can
buy this over internet from sites like Amazon, ShopClues, Flipkart.
7. Benefits shared by all.
• Provides safety at workplace
• Enhances preventative maintenance
• Reduced insurance costs.
• Increased productivity through safe and reliable equipment.
8. Inventions which have made the difference.
• Mobile Phones
• Pen Drives
• SIM Cards
• Portable Kitchen Appliances
• Power Banks