Experts say robots will take 47% of our jobs. Is this true? And if so is it a problem? A guide to the coming robot revolution everybody should know about
Experts say robots will take 47% of our jobs. Is this true? And if so is it a problem? A guide to the coming robot revolution everybody should know about.
This is an analysis of the robot revolution
Some Future Significant Technologies by 2050 for EC KT 2050 Scenarios GroupJerome Glenn
This document discusses several emerging technologies that may be significant by 2050, including synthetic biology, artificial intelligence, computational science, 3D printing, augmented reality, quantum computing, and nanotechnology. It explores how these technologies could be applied, such as growing meat without animals, telepresence, increasing intelligence, and manufacturing. The document raises questions about how these technologies may affect areas like consciousness, cities, transportation, materials, jobs, and research. It proposes creating a European Collective Intelligence System to help track and apply these technological changes.
This document discusses the rise of artificial intelligence and robots and their impact on jobs for humans. It notes that the number of industrial robots has increased steadily in recent years and is projected to continue growing significantly. Many companies are already replacing human workers with robots in various industries like manufacturing, transportation, retail, and food service. However, the conclusion maintains that while technology has disrupted some jobs, it has also created new types of jobs and increased overall employment and salaries.
Richard Freeman: Work and Income in the Age of AI RobotsHKUST IEMS
This talk is a part of the HKUST IEMS & IPP – EY Hong Kong Emerging Market Insights Series. It is presented by HKUST IEMS with support by Institute for Public Policy and EY.
Will the next AlphaGo beat you at your job?
Will artificial intelligence overwhelm companies that rely on human decision-makers?
Or is the concern over robots and automation largely media hype?
This talk will offer evidence-driven insights about the on-going and likely future effects of the “robo-lution” on the global economy.
Find out more at Iems.ust.hk/insights
Shift Conference 2015 - Mike Butcher (TechCrunch)Shift Conference
This document provides an overview of key technology trends and topics from Mike Butcher's perspective. It discusses emerging areas like health tech, wearables, privacy, drones, internet of things, smart cities, and more. It also covers future technologies such as graphene, memristors, battery tech, quantum computing, AI, blockchain, and implications of these advances. The document emphasizes that technology is rapidly changing and digital platforms are disrupting traditional industries by controlling interfaces rather than assets.
Vibrant Technologies is headquarted in Mumbai,India.We are the best Robotics training provider in Navi Mumbai who provides Live Projects to students.We provide Corporate Training also.We are Best Robotics classes in Mumbai according to our students and corporates
1) The document discusses issues related to human labor in an era of advanced robotics and AI, including job losses due to automation and exploitation of digital labor.
2) It notes estimates that nearly half of US jobs could be replaced by computers in 20 years and two billion jobs lost worldwide by 2030.
3) The document also discusses the potential for a "symbiotic relationship" between humans and robots, where robots perform labor to help humans or humans provide technical support to robots.
This document discusses the evolving role of robots in information society. It makes the following key points:
1) Robots are increasingly present in everyday life through appliances, automated teller machines, vacuum cleaners, and more, but their role will expand significantly.
2) Within 20 years, robots and AI may replace half of current jobs and enable totally new industries like automatic waste sorting. Society and industries will need to drastically restructure.
3) The development of autonomous robots and their integration into critical infrastructure also presents serious security and ethical challenges around issues like hacking, privacy, and potential misuse that will require careful regulation and oversight.
4) While robots will disrupt many industries and jobs, their development
Computer science is a wide-ranging field that includes both hardware and software. It involves system analysis and design, application development, programming, and data center operations. Computer science also examines how computer hardware and software function and why, as well as the social and ethical implications of computing. Some areas within computer science include artificial intelligence, robotics, and computing systems.
Some Future Significant Technologies by 2050 for EC KT 2050 Scenarios GroupJerome Glenn
This document discusses several emerging technologies that may be significant by 2050, including synthetic biology, artificial intelligence, computational science, 3D printing, augmented reality, quantum computing, and nanotechnology. It explores how these technologies could be applied, such as growing meat without animals, telepresence, increasing intelligence, and manufacturing. The document raises questions about how these technologies may affect areas like consciousness, cities, transportation, materials, jobs, and research. It proposes creating a European Collective Intelligence System to help track and apply these technological changes.
This document discusses the rise of artificial intelligence and robots and their impact on jobs for humans. It notes that the number of industrial robots has increased steadily in recent years and is projected to continue growing significantly. Many companies are already replacing human workers with robots in various industries like manufacturing, transportation, retail, and food service. However, the conclusion maintains that while technology has disrupted some jobs, it has also created new types of jobs and increased overall employment and salaries.
Richard Freeman: Work and Income in the Age of AI RobotsHKUST IEMS
This talk is a part of the HKUST IEMS & IPP – EY Hong Kong Emerging Market Insights Series. It is presented by HKUST IEMS with support by Institute for Public Policy and EY.
Will the next AlphaGo beat you at your job?
Will artificial intelligence overwhelm companies that rely on human decision-makers?
Or is the concern over robots and automation largely media hype?
This talk will offer evidence-driven insights about the on-going and likely future effects of the “robo-lution” on the global economy.
Find out more at Iems.ust.hk/insights
Shift Conference 2015 - Mike Butcher (TechCrunch)Shift Conference
This document provides an overview of key technology trends and topics from Mike Butcher's perspective. It discusses emerging areas like health tech, wearables, privacy, drones, internet of things, smart cities, and more. It also covers future technologies such as graphene, memristors, battery tech, quantum computing, AI, blockchain, and implications of these advances. The document emphasizes that technology is rapidly changing and digital platforms are disrupting traditional industries by controlling interfaces rather than assets.
Vibrant Technologies is headquarted in Mumbai,India.We are the best Robotics training provider in Navi Mumbai who provides Live Projects to students.We provide Corporate Training also.We are Best Robotics classes in Mumbai according to our students and corporates
1) The document discusses issues related to human labor in an era of advanced robotics and AI, including job losses due to automation and exploitation of digital labor.
2) It notes estimates that nearly half of US jobs could be replaced by computers in 20 years and two billion jobs lost worldwide by 2030.
3) The document also discusses the potential for a "symbiotic relationship" between humans and robots, where robots perform labor to help humans or humans provide technical support to robots.
This document discusses the evolving role of robots in information society. It makes the following key points:
1) Robots are increasingly present in everyday life through appliances, automated teller machines, vacuum cleaners, and more, but their role will expand significantly.
2) Within 20 years, robots and AI may replace half of current jobs and enable totally new industries like automatic waste sorting. Society and industries will need to drastically restructure.
3) The development of autonomous robots and their integration into critical infrastructure also presents serious security and ethical challenges around issues like hacking, privacy, and potential misuse that will require careful regulation and oversight.
4) While robots will disrupt many industries and jobs, their development
Computer science is a wide-ranging field that includes both hardware and software. It involves system analysis and design, application development, programming, and data center operations. Computer science also examines how computer hardware and software function and why, as well as the social and ethical implications of computing. Some areas within computer science include artificial intelligence, robotics, and computing systems.
Rocio Camargo's presentation discusses research into the first computers in the country and projections about future computers. It explores how IBM brought the IBM 650 computer to Argentina and how technology has advanced since. The presentation also examines company projections for future computers, including gesture controls and designs catering to disabilities, though current technology still lags behind science fiction depictions. Projections show a diversity of ideas from large communal computers to small personal devices.
Moore's law - the rapid improvement of digital technology - has disrupted hundreds of firms and reshaped entire industries. The high pace of development, combined with digital technology's initially inferior performance, has posed challenges for established firms. By listening too closely to current customers and staying in old technologies for too long, firms miss opportunities and become disrupted when digital technology improves to surpass old technologies.
There is very little written on how the law should deal with real life robots andmuch of it highly aspirational, based on ideas of human-intelligent robots that may never happen. THis ppt tries to look at legal issues for robots in now to 5-10 years on, and focuses on liability for harms caused by robots in domestic/consumer settings.
Arnon dror ai and the future of businessArnon Dror
This document discusses artificial intelligence and its impact on business according to Arnon Dror. It defines AI as a general-purpose technology that has the potential to automate many tasks currently done by humans. While AI may replace some low-skill jobs, it will also create new, high-skilled data jobs. Businesses that embrace AI will be able to benefit from cost savings and innovation, while those that resist risk falling behind. AI is still in its early stages and will change over time, so businesses have an opportunity to adapt their operations and workforce.
This document contains a series of questions related to technology, business, and geography. It discusses topics like Tuvalu's main source of revenue during the dot-com bubble, Eric Schmidt's role at Google and history with Sun Microsystems, benefits policies of certain LGBTQ-friendly companies, antitrust laws, the peak of the NASDAQ Composite index during the dot-com bubble, details about the island of Java, and the location of Sun Microsystems' office in Bengaluru. Connects are made between the questions and answers.
Innorobo 2016 Keynote - Personal Robotics 2030 - A new species for well beingInnoecho-Innorobo
1) By 2030, it is projected that there will be 1 social robot per home to assist with an aging population.
2) Personal robotics is in the middle of a new tech revolution focused on augmented life through advances in areas like artificial intelligence, cognitive computing, and smart personal robots.
3) For robots to be widely accepted, they will need to demonstrate emotions, mobility, grasping, navigation and other skills while being designed to be loyal and not replace humans but rather focus on human well-being.
1. Prior to 2000, the ten flatteners operated independently, but then started reinforcing one another, creating a new business model of horizontal collaboration and value interaction.
2. The fall of the Berlin Wall led Russia, India, China, Eastern Europe, Latin America and Central Asia to open their economies, adding their intellectual property to the global marketplace and influencing politics and economics.
3. Individuals are now able to work effectively across borders in small, virtual teams through reinforcement of flatteners like the internet, communication technologies, outsourcing, and offshoring.
The document discusses various topics related to artificial intelligence including movies and applications that feature AI technologies. It provides examples of AI assistants like Siri, Google Assistant, Cortana and Alexa. It also discusses how data is used to train machine learning and deep learning algorithms to power AI applications. Common applications of AI mentioned include speech recognition, face recognition, automation, data mining and email spam filtering. The future of AI is described as an AI-driven world where humans may be augmented by AI.
AI and Robotics are already here. Are we ready to embrace the reality of its impact on the future of jobs and the Workplace? What are the jobs that are likely to become redundant?
Igor Pe'er
Founder & CEO at Be Next It Incubator, Tel-Aviv, Israel
Theme of speech:
Short presentation about Be Next IT Incubator, Tel-Aviv, Israel
Be Next IT – is a technological incubator that promotes entrepreneurship among youth . The Incubator was established on the basis of modern trends that use with the development of Open Innovation and includes both the education and the entrepreneurial aspect that applied in Mobile & Internet Technology.
The platform of the technological incubator, is to give the power efficiently accumulated intellectual community students ( The Wisdom of Crowds) initiating and implementing ideas.
The Community incubator has a major part in the initiation, selection, development ideas, by choosing the right business model and the actual implementation to receive the product bring to life and start to get real income.
We believe that the community goal is to maximizing profits, and to distribution part of the profits of successful projects that yield to active community members.
The document discusses advances in information and communication technology and how they have changed daily life. It covers topics like fifth generation computers in Japan, the impact of the internet and digital technology, global media networks, communication technologies like satellites, and how transport technologies have increased international trade. The combination of information, communication, and transport technologies is also discussed in relation to research methods, online business, mobile technology, and other areas.
A presentation at the Go Global Summit in Auckland, New Zealand, May 26, 2016
All images are property of their respective rights-holders.
All images are licensed from Adobe Cloud, except where ownership is explicitly stated.
Second Life is a 3D virtual world launched in 2003 that is built and owned by its residents. It differs from games in that there are no set goals or rules. Over 11 million users have accounts and around 25,000-50,000 residents are online at once. Educational institutions and businesses use it for collaboration, exploration, and interaction in a virtual space. Technical requirements include a high-speed internet connection and capable computer hardware. Many virtual worlds now exist for different age groups and purposes.
The future of work and artisanal cheeseAzeem Azhar
"When robots can do every job better than humans, what's left for us?" Robots promise to make perfect products, drive perfectly well, cook perfect meals. In our future, perfection will be commonplace, imperfection rare. What will be rare will be the human-made, the artisanal. Does our post-work future lie in making artisanal cheese? If it does, who will eat it all?
Automation: work, inequality, skills and jobsAzeem Azhar
This document discusses the impacts of automation on inequality and skills. It notes that automation has led to growing inequality and a decline in the labor share of value in many countries. Automation has created "superstar firms" with huge value per employee. However, automation also poses risks of mass long-term unemployment if not addressed. The document outlines two potential scenarios: 1) wide-scale automation leads to only a handful of jobs or 2) industrial reconfiguration creates plenty of new types of jobs. It argues companies should address the externalities of automation and societies should widen access to key skills to mitigate these risks.
The document discusses several potential implications for the next 100 years based on current trends, including:
1) The magnetosphere may weaken in 500 years and no longer protect life on Earth, making plans to leave Earth important.
2) Carbon dioxide levels could reach 1000 ppm, triggering a runaway greenhouse effect that kills planetary life.
3) Future technologies like artificial intelligence and robotics may create synergies but also replace many jobs, requiring a basic guaranteed income.
4) Emerging technologies like nanotechnology, synthetic biology, and artificial intelligence will interact in complex and unpredictable ways that could transform civilization.
Ann Arbor Michigan's Innovation EconomyMichael Cole
This document discusses Ann Arbor's role in Michigan's 21st century economy. It notes that successful economies adapt to change, and that most new jobs come from entrepreneurial startups, not large corporations. The document then outlines key components of Ann Arbor's innovation ecosystem that contribute to its economic success, including research institutions, capital sources, business services, entrepreneurs, and a culture of collaboration. It suggests Ann Arbor will continue playing an important role in Michigan's future economic development through this innovative ecosystem.
This document discusses how startups are driving disruption and revolutionizing industries through new technologies. It provides examples of companies that have become very large and influential without owning traditional business assets, such as Uber and Airbnb. The document then discusses key drivers of human development and innovation, as well as principles for how insurgents can be successful in driving change, such as having a strong product, effective marketing and sales, good customer success, and talent management. It also discusses how incumbents can strengthen their position and win against insurgent startups through approaches like branding, acceleration programs, business development, corporate ventures, and funding options.
The document discusses disruptive technologies and provides examples of disruptive innovations from the past and present. It defines disruptive technology as innovations that transform existing markets by introducing simplicity, convenience, accessibility, and affordability. Examples mentioned include the wheel, motor vehicles, telephones, Linux, VoIP, YouTube, cloud computing, and smartphones with internet access. The document also lists some disruptive technology combinations and innovations developed by the company Impiger.
Robots In A Dystopian Society describes a future where robots have replaced humans and use their remains as an energy source. The robots have been programmed without empathy by previous robot generations. Each new robot generation learns and develops based on interactions, responding to external stimuli and storing information. This vast network of machines has systematically replaced human life.
A--The new generation of robotics a) Considering that the new g.pdfeyevision3
A train travels 600 miles in the same time that a truck travels 520 miles. The train\'s average
speed is 8 miles per hour faster than the truck\'s average speed. What is the speed of the train?
Solution
A train travels 600 miles in the same time that a truck travels 520 miles.
The train\'s average speed is 8 miles per hour faster than the truck\'s average speed.
What is the speed of the train?
--------------------------
Train DATA:
distance = 600 miles ; rate = x+8 mph ; time = d/r = 600/(x+8) hrs.
--------------------------
Truck DATA:
distance = 520 miles ; rate = x mph ; time = d/r = 520/x hrs.
--------------------------
EQUATION:
time = time
600/(x+8) = 520/x
600x = 520(x+8)
15x = 13(x+8)
15x = 13x + 104
2x = 104
x = 52 mph (speed of the truck)
x+8 = 60 mph (speed of the train).
Rocio Camargo's presentation discusses research into the first computers in the country and projections about future computers. It explores how IBM brought the IBM 650 computer to Argentina and how technology has advanced since. The presentation also examines company projections for future computers, including gesture controls and designs catering to disabilities, though current technology still lags behind science fiction depictions. Projections show a diversity of ideas from large communal computers to small personal devices.
Moore's law - the rapid improvement of digital technology - has disrupted hundreds of firms and reshaped entire industries. The high pace of development, combined with digital technology's initially inferior performance, has posed challenges for established firms. By listening too closely to current customers and staying in old technologies for too long, firms miss opportunities and become disrupted when digital technology improves to surpass old technologies.
There is very little written on how the law should deal with real life robots andmuch of it highly aspirational, based on ideas of human-intelligent robots that may never happen. THis ppt tries to look at legal issues for robots in now to 5-10 years on, and focuses on liability for harms caused by robots in domestic/consumer settings.
Arnon dror ai and the future of businessArnon Dror
This document discusses artificial intelligence and its impact on business according to Arnon Dror. It defines AI as a general-purpose technology that has the potential to automate many tasks currently done by humans. While AI may replace some low-skill jobs, it will also create new, high-skilled data jobs. Businesses that embrace AI will be able to benefit from cost savings and innovation, while those that resist risk falling behind. AI is still in its early stages and will change over time, so businesses have an opportunity to adapt their operations and workforce.
This document contains a series of questions related to technology, business, and geography. It discusses topics like Tuvalu's main source of revenue during the dot-com bubble, Eric Schmidt's role at Google and history with Sun Microsystems, benefits policies of certain LGBTQ-friendly companies, antitrust laws, the peak of the NASDAQ Composite index during the dot-com bubble, details about the island of Java, and the location of Sun Microsystems' office in Bengaluru. Connects are made between the questions and answers.
Innorobo 2016 Keynote - Personal Robotics 2030 - A new species for well beingInnoecho-Innorobo
1) By 2030, it is projected that there will be 1 social robot per home to assist with an aging population.
2) Personal robotics is in the middle of a new tech revolution focused on augmented life through advances in areas like artificial intelligence, cognitive computing, and smart personal robots.
3) For robots to be widely accepted, they will need to demonstrate emotions, mobility, grasping, navigation and other skills while being designed to be loyal and not replace humans but rather focus on human well-being.
1. Prior to 2000, the ten flatteners operated independently, but then started reinforcing one another, creating a new business model of horizontal collaboration and value interaction.
2. The fall of the Berlin Wall led Russia, India, China, Eastern Europe, Latin America and Central Asia to open their economies, adding their intellectual property to the global marketplace and influencing politics and economics.
3. Individuals are now able to work effectively across borders in small, virtual teams through reinforcement of flatteners like the internet, communication technologies, outsourcing, and offshoring.
The document discusses various topics related to artificial intelligence including movies and applications that feature AI technologies. It provides examples of AI assistants like Siri, Google Assistant, Cortana and Alexa. It also discusses how data is used to train machine learning and deep learning algorithms to power AI applications. Common applications of AI mentioned include speech recognition, face recognition, automation, data mining and email spam filtering. The future of AI is described as an AI-driven world where humans may be augmented by AI.
AI and Robotics are already here. Are we ready to embrace the reality of its impact on the future of jobs and the Workplace? What are the jobs that are likely to become redundant?
Igor Pe'er
Founder & CEO at Be Next It Incubator, Tel-Aviv, Israel
Theme of speech:
Short presentation about Be Next IT Incubator, Tel-Aviv, Israel
Be Next IT – is a technological incubator that promotes entrepreneurship among youth . The Incubator was established on the basis of modern trends that use with the development of Open Innovation and includes both the education and the entrepreneurial aspect that applied in Mobile & Internet Technology.
The platform of the technological incubator, is to give the power efficiently accumulated intellectual community students ( The Wisdom of Crowds) initiating and implementing ideas.
The Community incubator has a major part in the initiation, selection, development ideas, by choosing the right business model and the actual implementation to receive the product bring to life and start to get real income.
We believe that the community goal is to maximizing profits, and to distribution part of the profits of successful projects that yield to active community members.
The document discusses advances in information and communication technology and how they have changed daily life. It covers topics like fifth generation computers in Japan, the impact of the internet and digital technology, global media networks, communication technologies like satellites, and how transport technologies have increased international trade. The combination of information, communication, and transport technologies is also discussed in relation to research methods, online business, mobile technology, and other areas.
A presentation at the Go Global Summit in Auckland, New Zealand, May 26, 2016
All images are property of their respective rights-holders.
All images are licensed from Adobe Cloud, except where ownership is explicitly stated.
Second Life is a 3D virtual world launched in 2003 that is built and owned by its residents. It differs from games in that there are no set goals or rules. Over 11 million users have accounts and around 25,000-50,000 residents are online at once. Educational institutions and businesses use it for collaboration, exploration, and interaction in a virtual space. Technical requirements include a high-speed internet connection and capable computer hardware. Many virtual worlds now exist for different age groups and purposes.
The future of work and artisanal cheeseAzeem Azhar
"When robots can do every job better than humans, what's left for us?" Robots promise to make perfect products, drive perfectly well, cook perfect meals. In our future, perfection will be commonplace, imperfection rare. What will be rare will be the human-made, the artisanal. Does our post-work future lie in making artisanal cheese? If it does, who will eat it all?
Automation: work, inequality, skills and jobsAzeem Azhar
This document discusses the impacts of automation on inequality and skills. It notes that automation has led to growing inequality and a decline in the labor share of value in many countries. Automation has created "superstar firms" with huge value per employee. However, automation also poses risks of mass long-term unemployment if not addressed. The document outlines two potential scenarios: 1) wide-scale automation leads to only a handful of jobs or 2) industrial reconfiguration creates plenty of new types of jobs. It argues companies should address the externalities of automation and societies should widen access to key skills to mitigate these risks.
The document discusses several potential implications for the next 100 years based on current trends, including:
1) The magnetosphere may weaken in 500 years and no longer protect life on Earth, making plans to leave Earth important.
2) Carbon dioxide levels could reach 1000 ppm, triggering a runaway greenhouse effect that kills planetary life.
3) Future technologies like artificial intelligence and robotics may create synergies but also replace many jobs, requiring a basic guaranteed income.
4) Emerging technologies like nanotechnology, synthetic biology, and artificial intelligence will interact in complex and unpredictable ways that could transform civilization.
Ann Arbor Michigan's Innovation EconomyMichael Cole
This document discusses Ann Arbor's role in Michigan's 21st century economy. It notes that successful economies adapt to change, and that most new jobs come from entrepreneurial startups, not large corporations. The document then outlines key components of Ann Arbor's innovation ecosystem that contribute to its economic success, including research institutions, capital sources, business services, entrepreneurs, and a culture of collaboration. It suggests Ann Arbor will continue playing an important role in Michigan's future economic development through this innovative ecosystem.
This document discusses how startups are driving disruption and revolutionizing industries through new technologies. It provides examples of companies that have become very large and influential without owning traditional business assets, such as Uber and Airbnb. The document then discusses key drivers of human development and innovation, as well as principles for how insurgents can be successful in driving change, such as having a strong product, effective marketing and sales, good customer success, and talent management. It also discusses how incumbents can strengthen their position and win against insurgent startups through approaches like branding, acceleration programs, business development, corporate ventures, and funding options.
The document discusses disruptive technologies and provides examples of disruptive innovations from the past and present. It defines disruptive technology as innovations that transform existing markets by introducing simplicity, convenience, accessibility, and affordability. Examples mentioned include the wheel, motor vehicles, telephones, Linux, VoIP, YouTube, cloud computing, and smartphones with internet access. The document also lists some disruptive technology combinations and innovations developed by the company Impiger.
Similar to Experts say robots will take 47% of our jobs. Is this true? And if so is it a problem? A guide to the coming robot revolution everybody should know about
Robots In A Dystopian Society describes a future where robots have replaced humans and use their remains as an energy source. The robots have been programmed without empathy by previous robot generations. Each new robot generation learns and develops based on interactions, responding to external stimuli and storing information. This vast network of machines has systematically replaced human life.
A--The new generation of robotics a) Considering that the new g.pdfeyevision3
A train travels 600 miles in the same time that a truck travels 520 miles. The train\'s average
speed is 8 miles per hour faster than the truck\'s average speed. What is the speed of the train?
Solution
A train travels 600 miles in the same time that a truck travels 520 miles.
The train\'s average speed is 8 miles per hour faster than the truck\'s average speed.
What is the speed of the train?
--------------------------
Train DATA:
distance = 600 miles ; rate = x+8 mph ; time = d/r = 600/(x+8) hrs.
--------------------------
Truck DATA:
distance = 520 miles ; rate = x mph ; time = d/r = 520/x hrs.
--------------------------
EQUATION:
time = time
600/(x+8) = 520/x
600x = 520(x+8)
15x = 13(x+8)
15x = 13x + 104
2x = 104
x = 52 mph (speed of the truck)
x+8 = 60 mph (speed of the train).
Discussing how technology has been integrated into our lives in the recent past. Also the idea that machines might one day think like humans and how this would affect our society.
This document summarizes some of the key ethical issues related to advanced robotics. It begins by noting that as robotics technology progresses similarly to computers in recent decades, new social and ethical challenges will arise. These challenges are discussed in three broad categories: safety and errors from unpredictable or dangerous robot behavior, legal and ethical issues regarding robot autonomy and decision making, and the potential social impacts of integrating robots widely into society. The document then provides a working definition of a robot as a machine that can sense, think, and act with some degree of autonomy.
Robots are becoming increasingly important in many fields such as manufacturing, healthcare, entertainment, and more. They are used to perform tasks that are dangerous, difficult, or impossible for humans. Mechatronics focuses on integrating mechanical systems with electronics and computing to make robots and other devices more intelligent and efficient. Robots have the potential to greatly improve our lives and productivity across many industries.
This document discusses the growing trend of "roboshoring", where manufacturing jobs are brought back to developed countries through the use of industrial robots. It notes that while offshoring drove efficiencies in the past, roboshoring has the potential for even higher efficiencies. Roboshoring will occur in two phases - the first involving service robots for tasks like cleaning, and the second involving more advanced robots automating tasks in areas like business processes, education, sales and drug discovery. The future of robotics is promising, as innovation is expected to rise with over 230 robot startups in 2013 alone working on industrial, entertainment and other applications using robots.
AI and Robotics – The Impact on the Future ofJobs – The Great DebateMecklerMedia
The document discusses the future impact of autonomous intelligent robots and technologies like self-driving cars on jobs. An expert survey found opinions were divided on whether these technologies will displace more jobs than they create by 2025. Those who thought jobs would increase argued new job types will be created, while those who thought jobs would decrease argued automation will significantly impact white-collar work. The document discusses how automation has historically impacted jobs and considers potential solutions like redistributing wealth from robot investments or facilitating loans so displaced workers can own automated vehicles. It emphasizes the need for 40/40 foresight to plan for challenges and opportunities of advancing technologies.
Better than Human Why Robots Will-and Must- Take Our Jobs.docxtangyechloe
Better than Human:
Why Robots Will-and Must- Take Our Jobs
KEVIN KELLY
Imagine that 7 out of 10 working Americans got fired
tomorrow. What would they all do?
IT's HARD TO BELIEVE you'd have an economy at all if you
gave pink slips to more than half the labor force. But that-
in slow motion-is what the industrial revolution did to the
workforce of the early 19th century. Two hundred years ago,
70 percent of American workers lived on the farm. Today auto-
mation has eliminated all but 1 percent of their jobs, replac-
ing them (and their work animals) with machines. But the
displaced workers did not sit idle. Instead, automation created
hundreds of millions of jobs in entirely new fields. Those who
KEviN KELLY was a founding member of Wired and served as its execu-
tive editor for six years. He is now "senior maverick" at Wired and
the editor of the Cool Tools website. His books include Cool Tools:
A Catalog of Possibilities (2013), What Technology Wants (2010), and
New Rules for the New Economy (1998). TI1is essay first appeared on
the Wired website on December 24, 2012.
2 9 9
KEVIN KELLY
once farmed were now manning the legions of factories that
churned out farm equipment, cars, and other industrial prod-
ucts. Since then, wave upon wave of new occupations have
arrived-appliance repairman, offset printer, food chemist,
photographer, web designer-each building on previous auto-
mation. Today, the vast majority of us are doing jobs that no
farmer from the 1800s could have imagined.
For more on It may be hard to believe, but before the end of this
ways to address century 70 percent of today's occupations will likewise be
a skeptical ' d d ·n
reader, see replaced by automation. Yes, ear rea er, even you WI
Chapter 6. have your job taken away by machines. In other words,
robot replacement is just a matter ofiirne. This upheaval is bein.g
led by a second wave of automation, one that is centered on arti-
ficial cognition, cheap sensors, machine learning, and distributed
smarts. TI1 is deep automation will touch all jobs, from manual
( labor to knowledge work.
First, machines will consolidate their gains in already-
aut~ated industries. After robots finish replacing assembly
line workers, they will replace the workers in warehouses.
Speedy bots able to lift 150 pounds all day long ~ill retrieve
boxes, sort them, and load them onto trucks. Fruit and veg-
etable picking will continue to be robotized until no hlll~ans
pick outside of specialty farms. Pharmacies will fea~ure a smgle
pill-dispensing robot in the back while the pharmacists focus on
patient consulting. Next, the more dexterous chores of cleaning
in offices and schools will be taken over by late-night robots,
starting with easy-to-do floors and windows and even~ually get-
ting to toilets. The highway legs of long-haul truckmg routes
will be driven by robots embedded in truck cabs.
All tl while robots will nmtinue their migration in.
Benefits Of A Competitive E Commerce EssayMegan Espinoza
The document discusses the history and development of artificial intelligence from its origins to modern applications. It covers areas of AI research like problem solving, natural language processing, expert systems, and robotics. The development of AI has applications across many fields but also raises questions about its impact and role in society.
This document provides an overview of robots, including how they are made and different types. It discusses the origins of the word "robot" and safety laws governing robots. Examples are given of current robots, such as those used in medicine and autonomous vehicles. The document explores how robots sense their environment using sensors, their ability to apply force, and research into artificial intelligence and machine consciousness. In conclusion, the author notes that robots are becoming more diverse and integrated into our lives.
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Experts say robots will take 47% of our jobs. Is this true? And if so is it a problem? A guide to the coming robot revolution everybody should know about
1. Experts say robots will take 47% of our jobs. Is this
true? And if so is it a problem? A guide to the coming
robot revolution everybody should know about
BY TUMOTECH
2. Contents
Who are the Luddites
and what is
technological
unemployment?
What are some of the
key demand drivers of
the robotics industry?
Given rising demand
for robots, what are the
arguments for and
against robots taking
all human jobs?
If robots take all our
jobs is it really a
problem?
3. So who are the Luddites and what is technological
unemployment?
In the early 19th century
Luddites destroyed new
labour-saving machinery in
the north of England due to
alleged unemployment
fears.
These fears however, have
proved to be unrealized
with only one third of the
civilian population having
jobs in 1870, compared
to the roughly 2/3 that
have jobs now despite vast
technological advances.
4. So who are the Luddites and what is
technological unemployment?
It’s worth mentioning
the Luddites weren’t the only
ones who feared technological
unemployment.
As far back as Roman times
when an engineer offered a
low-cost contrivance enabling
the transport of heavy
columns to the Capitol,
Vespasian a Roman emperor
paid him handsomely for his
invention but declined to use
the machine.
5. So what are some of the key demand drivers of these
robots that could cause technological unemployment?
1. Increase in labour costs
6. So what are some of the key demand drivers of these
robots that could cause technological unemployment?
2.Quality of work -The
demand for robots is also
a result of how much
more productive they are
compared to humans.
Additionally there has been
a fundamental change to
the history of robots as
machines can now be
used collaboratively
alongside humans.
7. So what are some of the key demand drivers of these
robots that could cause technological unemployment?
3. Security- The demand
for robotics is also a
product of fear or
national security.
8. Given rising demand for robots, what are the arguments for
and against robots taking all human jobs?
1. We will create new ones- Technological
unemployment is unlikely to occur because history shows
we will always create new ones.
Robots will only eliminate jobs at the bottom of the skill
ladder.
9. But.....
Technology may be
destroying more
jobs than it creates
The creative and
social economy
may not be safe
with the
exponential growth
in computing
power.
10. Ok I understand that robots may take all our jobs but
is this really a problem?
Technological
unemployment would
allow:
1. The pursuit of “higher
goals”- It’s difficult to be
the next Shakespeare if you
have to worry about feeding
yourself and or your family.
11. OK I understand that robots may take all our jobs but
is this really a problem?
2. An even better
standard of living will
be realised - A kid with
Wi-Fi and a smartphone
has more access to
information than a U.S.
president 40 years ago.
Robots may lead to a
significant rise in
standards of living.
12. But....
1.The transition-
Much of the existing
analysis out there, has
looked at where we are
today and where we will
end up. But too little
attention has been paid
to the wild rollercoaster
transition in between.
13. But...
2. Living standards in
the last decade could
be declining- It has
arguably never been
harder to take care of
basic human needs such
as food and shelter.
14. Some conclusions
Robots are likely to take
most if not all the jobs we
have today and those
created in the future.
This is because unlike
trucks, computers and
cars, robots of the future
are structurally different.
They will be intelligent
agents, not tools.