A recent conference paper depicting the next technology horizon especially in healthcare, how the new industrial internet era, vertical urban farming and mesh-networked driverless integrated public transport will reshape our congested megacities into liveable carbon-capture mega-systems, and bring our buildings to Life...
Web 4.0’s scale and social impact surpass by several orders of magnitude the inception of its 1.0 ancestor 25 years ago. Web 4.0 will change how humans operate and the way civilization functions.
A few specific nanotechnologies, developed at a faster-than-anticipated pace, mostly outside the conventional silicon-based industry circuits, are quickly colliding into the foundations for web 4.0.
The Big Picture on Nano details this ‘Coming-of-Ages’, provides a preliminary springboard to grasp context, challenges and opportunities that will accompany this web 4.0 wave of changes, and explains why massive social, economic and geopolitical displacements can be expected.
Green Commputing - Paradigm Shift in Computing Technology, ICT & its Applicat...Dr. Sunil Kr. Pandey
I was invited as Key Note Speaker in a National Event organized at Gajadhar Bhagat College, Naugachia, (TM Bhagalpur University). I took session on "Paradigm Shift in Computing Technology, ICT & its Applications - Socioeconomic and Environmental Perspective". It was a wonderful learning experience to meet, interact and experience sharing with delegates, faculty and students there.
This Presentation is an abstract of discussion I had during my Session with Participants of a Webinar at Regional Center of IGNOU, Patna on Future Skills & Career Opportunities in POST COVID-19
Peter Diamandis slides 18-1 e le Organizzazioni a crescita esponenzialeRilevanteam
In passato ci volevano vent'anni per creare un business da un miliardo di dollari.
Groupon l'ha fatto in diciotto mesi !
Quella che abbiamo davanti è una nuova tipologia di aziende: le "organizzazioni esponenziali", che polverizzano i tempi di crescita mediante le tecnologie, e contemporaneamente riducendo i costi in modo esponenziale.Le Organizzazioni Esponenziali sono quelle organizzazioni che hanno saputo sfruttare queste opportunità, orientandosi verso un paradigma basato sulla tecnologia.
Stessa storia è successa a Nokia, azienda finlandese colosso della telefonia mobile che, dopo l’avvento nel 2007 dell’Iphone (uno degli episodi più rappresentativi della storia del business) decise di investire - due anni dopo (2009) - ben 8,1 miliardi di dollari in Navteq, la prima azienda a commercializzare dati di navigazione e mappatura stradale.
Navteq controllava quattrocentomila chilometri di sensori del traffico in 35 grandi città e 13 Paesi. L’azienda finlandese era convinta che investire in questo asset sarebbe stata la scelta “strategica” migliore per respingere l’avanzata di Google e Apple e rafforzare la propria quota di mercato.
Poi un giorno, in Israele, nasceva Waze che, invece di puntare sulle infrastrutture fisiche, raccoglieva i dati e le informazioni che gli utenti, attraverso gli smartphone, inviavano in tempo reale. Il costo marginale (ossia ogni fonte in più di informazione) era pari a 0, a differenza del sistema messo su da Nokia. Il resto della storia già la conosciamo.
Il successo di Waze e delle Organizzazioni Esponenziali è dovuto a due fattori chiave:
L’accesso a risorse non di proprietà
L’informazione è l’asset migliore
Siamo in un’epoca in cui ogni aspetto della nostra vita si sta informatizzando e l’ambiente intorno a noi crea infinite opportunità. Anche le organizzazioni nei mercati più tradizionali devono esser pronte a cambiar pagina se vogliono sopravvivere !
The Future Is Faster Than You Think Book SummaryPrasad Kaushik
The document discusses how exponential technologies are accelerating at an increasing rate due to factors like Moore's Law, convergence of technologies, and new business models. It outlines seven forces that are further amplifying this acceleration, including saved time, availability of capital, and communications abundance. The document also predicts five major migrations over the next 100 years as a result of these trends, such as climate migrations, virtual worlds, and a potential "meta-intelligence" through brain-computer interfaces.
Peter H. Diamonds - Intro to Exponentials & Road to AbundanceSUCanadaSummit
The document provides an overview of exponential technologies presented by Peter Diamandis. It discusses how exponential growth leads to far more dramatic changes than linear growth. Examples discussed include Moore's Law, declining costs of computing, and exponential increases in computing power over time. The document also summarizes implications of exponential technologies in various areas like transportation, energy, health, and connectivity. It argues that exponential trends will lead to a future of greater abundance, health, longevity and opportunities compared to the challenges of the past.
The document discusses the (de)feasibility of smart cities. It notes that researchers working on smart cities often do not know whose demands such programs are answering, like IBM or Cisco. It also questions whether smart cities actually solve current issues or just aggravate problems through increased data collection and management. The document raises concerns about issues like the Jevon's paradox, decoupling growth from environmental impact, and the continuous growth of digital technologies' environmental footprint. It argues that smart cities fit within the model of global climate governance but do not actually address fundamental issues of growth and fossil fuel use. Overall, the document is skeptical of smart cities and "solutions" that do not challenge current economic and energy consumption models.
Web 4.0’s scale and social impact surpass by several orders of magnitude the inception of its 1.0 ancestor 25 years ago. Web 4.0 will change how humans operate and the way civilization functions.
A few specific nanotechnologies, developed at a faster-than-anticipated pace, mostly outside the conventional silicon-based industry circuits, are quickly colliding into the foundations for web 4.0.
The Big Picture on Nano details this ‘Coming-of-Ages’, provides a preliminary springboard to grasp context, challenges and opportunities that will accompany this web 4.0 wave of changes, and explains why massive social, economic and geopolitical displacements can be expected.
Green Commputing - Paradigm Shift in Computing Technology, ICT & its Applicat...Dr. Sunil Kr. Pandey
I was invited as Key Note Speaker in a National Event organized at Gajadhar Bhagat College, Naugachia, (TM Bhagalpur University). I took session on "Paradigm Shift in Computing Technology, ICT & its Applications - Socioeconomic and Environmental Perspective". It was a wonderful learning experience to meet, interact and experience sharing with delegates, faculty and students there.
This Presentation is an abstract of discussion I had during my Session with Participants of a Webinar at Regional Center of IGNOU, Patna on Future Skills & Career Opportunities in POST COVID-19
Peter Diamandis slides 18-1 e le Organizzazioni a crescita esponenzialeRilevanteam
In passato ci volevano vent'anni per creare un business da un miliardo di dollari.
Groupon l'ha fatto in diciotto mesi !
Quella che abbiamo davanti è una nuova tipologia di aziende: le "organizzazioni esponenziali", che polverizzano i tempi di crescita mediante le tecnologie, e contemporaneamente riducendo i costi in modo esponenziale.Le Organizzazioni Esponenziali sono quelle organizzazioni che hanno saputo sfruttare queste opportunità, orientandosi verso un paradigma basato sulla tecnologia.
Stessa storia è successa a Nokia, azienda finlandese colosso della telefonia mobile che, dopo l’avvento nel 2007 dell’Iphone (uno degli episodi più rappresentativi della storia del business) decise di investire - due anni dopo (2009) - ben 8,1 miliardi di dollari in Navteq, la prima azienda a commercializzare dati di navigazione e mappatura stradale.
Navteq controllava quattrocentomila chilometri di sensori del traffico in 35 grandi città e 13 Paesi. L’azienda finlandese era convinta che investire in questo asset sarebbe stata la scelta “strategica” migliore per respingere l’avanzata di Google e Apple e rafforzare la propria quota di mercato.
Poi un giorno, in Israele, nasceva Waze che, invece di puntare sulle infrastrutture fisiche, raccoglieva i dati e le informazioni che gli utenti, attraverso gli smartphone, inviavano in tempo reale. Il costo marginale (ossia ogni fonte in più di informazione) era pari a 0, a differenza del sistema messo su da Nokia. Il resto della storia già la conosciamo.
Il successo di Waze e delle Organizzazioni Esponenziali è dovuto a due fattori chiave:
L’accesso a risorse non di proprietà
L’informazione è l’asset migliore
Siamo in un’epoca in cui ogni aspetto della nostra vita si sta informatizzando e l’ambiente intorno a noi crea infinite opportunità. Anche le organizzazioni nei mercati più tradizionali devono esser pronte a cambiar pagina se vogliono sopravvivere !
The Future Is Faster Than You Think Book SummaryPrasad Kaushik
The document discusses how exponential technologies are accelerating at an increasing rate due to factors like Moore's Law, convergence of technologies, and new business models. It outlines seven forces that are further amplifying this acceleration, including saved time, availability of capital, and communications abundance. The document also predicts five major migrations over the next 100 years as a result of these trends, such as climate migrations, virtual worlds, and a potential "meta-intelligence" through brain-computer interfaces.
Peter H. Diamonds - Intro to Exponentials & Road to AbundanceSUCanadaSummit
The document provides an overview of exponential technologies presented by Peter Diamandis. It discusses how exponential growth leads to far more dramatic changes than linear growth. Examples discussed include Moore's Law, declining costs of computing, and exponential increases in computing power over time. The document also summarizes implications of exponential technologies in various areas like transportation, energy, health, and connectivity. It argues that exponential trends will lead to a future of greater abundance, health, longevity and opportunities compared to the challenges of the past.
The document discusses the (de)feasibility of smart cities. It notes that researchers working on smart cities often do not know whose demands such programs are answering, like IBM or Cisco. It also questions whether smart cities actually solve current issues or just aggravate problems through increased data collection and management. The document raises concerns about issues like the Jevon's paradox, decoupling growth from environmental impact, and the continuous growth of digital technologies' environmental footprint. It argues that smart cities fit within the model of global climate governance but do not actually address fundamental issues of growth and fossil fuel use. Overall, the document is skeptical of smart cities and "solutions" that do not challenge current economic and energy consumption models.
The document summarizes Peter Diamandis' top 10 tech trends of 2016 that are transforming humanity. The trends include: 1) Hyper-connecting the world through initiatives like Google's solar drones and satellite constellations from OneWeb and SpaceX. 2) Solar and renewable energy becoming cheaper than coal. 3) Progress in combating diseases like cancer through immunotherapy and CRISPR gene editing. 4) Advances in extending human life through research on aging and stem cells. 5) Successes with stem cells in growing human eyes and helping stroke and paralysis victims. 6) Developments in autonomous vehicles by companies like Google, Tesla, and Uber.
BAT40 NVIDIA Stampfli Künstliche Intelligenz, Roboter und autonome Fahrzeuge ...BATbern
Moderne künstliche Intelligenz mit Deep Learning ist bereits
heute schon im Einsatz in verschiedenen Anwendungen.
Sprachsteuerung von Apple mit Siri, Amazon mit Alexa,
autonome Fahrzeuge von Waymo, Tesla, Gesichtserkennung von Facebook sind nur einige bekannte Beispiele aus dem Silicon Valley welche Deep Learning einsetzen.
Der Vortrag zeigt auf was wir von der Technologie erwarten
können und wie Sie unsere Leben beeinflussen wird.
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
Digital Infrastructure in a Carbon-Constrained WorldLarry Smarr
- The document discusses how digital infrastructure and information and communication technologies (ICT) can help reduce greenhouse gas emissions and combat climate change by enabling efficiencies in other sectors. ICT has the potential to deliver carbon savings five times larger than its own emissions footprint by 2020.
- The University of California San Diego (UCSD) is working to develop green ICT applications and smart grid technologies through its California Institute for Telecommunications and Information Technology (Calit2). Examples mentioned include smart transportation systems, virtual meetings to reduce travel, and instrumenting buildings and campuses as "living labs" of green technologies.
- UCSD is also working to establish a zero carbon emission campus through fuel cell and solar power installations,
The document discusses trends and technologies for addressing climate change in the construction and transportation sectors over the next 25 years. Some key points discussed include increasing carbon sequestration efforts, a shift to more electric transportation options like electric vehicles, the potential for solar power satellites, and integrating fields like urban ecology and cybernetics to develop more sustainable built environments through collective intelligence approaches. The document also briefly touches on trends in energy issues, potential solar and space-based renewable options, and retrofitting existing structures with solar technologies.
Technologies Changing Industrial Park Requirements and Collective Intelligenc...Jerome Glenn
Technologies are changing the requirements for industrial parks and collective intelligence systems can help anticipate future changes. As artificial intelligence, computational sciences, and other emerging technologies converge their capabilities will greatly accelerate progress beyond what any single technology can achieve alone based on Moore's law. This will change what is possible and require new thinking about the future of work, economics, and how industrial parks can support tenants through consulting, maker hubs, industrial ecology networks, and collective intelligence systems.
The document discusses how digital technologies and data can help address sustainability issues like reducing CO2 emissions and increasing climate change resilience. It provides examples of how technologies like the Internet of Things, analytics, and cognitive computing can give insights into issues like energy usage, transportation flows, and infrastructure management. These insights can then be used to improve operational efficiency, better prepare for and respond to events, and foster new forms of collaboration. The document argues that, with the right approaches and by treating data as a new natural resource, digital technologies have the potential to significantly reduce CO2 emissions from various economic sectors and help build more climate resilient systems.
FCB Partners Webinar: Robots Are the Next BlackbeltsFCBPartners
Join FCB Partners' Brad Power and Bruce Miyashita as he reflects on the dramatic changes in technology that have occurred between 1988 and 2015, and how that has created a set of discontinuities in thinking and approach that many business people have yet to fully appreciate, much less determine how best to leverage.
The document discusses the future of AI, including how AI has progressed over time from early systems like Deep Blue and Watson to current advances in deep learning for pattern recognition, but that commonsense reasoning will still take many more years of research. It outlines a timeline for solving different AI problems based on leaderboards and benchmarks, and discusses implications for stakeholders in preparing for both the benefits and risks of advancing AI technologies.
Asynchronous futures: Digital technologies at the time of the AnthropoceneAlexandre Monnin
1) The document discusses the future of digital technologies and their relationship to physical resources and sustainability in the context of the Anthropocene.
2) It notes that while Moore's Law has led to exponential growth in computing power, this has come at tremendous resource and energy costs that may not be sustainable long-term as technologies approach physical limits.
3) The document questions where research may lead in the future and considers more sustainable alternatives like biomimetics, new architectures, and alternative materials if current trajectories prove unsustainable in light of physical and resource constraints.
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.
Jim from IBM discusses various topics related to artificial intelligence including:
- The timeline for solving different AI problems and reaching human-level performance on benchmarks.
- Leaders and communities driving progress in open source AI.
- Potential benefits of AI including increasing productivity and GDP, as well as risks that need to be addressed.
- Preparing students and citizens for future jobs and skills needed in an increasingly automated world.
- The importance of open source communities working on challenges like bias and fairness in AI.
Run through of Resourceful and Sustainable Computing Source: Green ComputingIRJET Journal
1. The document discusses strategies for making computing more environmentally sustainable, referred to as "green computing."
2. It outlines initiatives by companies like Dell, IBM, VMware, and Sun to improve energy efficiency in data centers and devices. This includes utilizing virtualization, consulting services, and more energy-efficient hardware.
3. The document also discusses designing computers with recyclability and reduced environmental impact in mind. This involves substituting toxic materials like lead with more sustainable alternatives and making repair and upgrading easier to extend product lifetimes.
Jim from IBM discusses the future of AI. He notes that while AI is currently hyped, pattern recognition using deep learning only works because of the large amounts of data and computing power now available. True AI requiring commonsense reasoning is still 5-10 years away. He outlines a timeline for solving different AI problems and notes IBM's $240 million partnership with MIT to advance AI. The benefits of AI include access to expertise and improved productivity, but risks include job loss and potential issues with superintelligence. Other technologies like augmented reality may have a larger impact. Stakeholders in AI include individuals, organizations, governments, and industries. [END SUMMARY]
Abstract
Throughout history innovations has come to change society and peoples life conditions. Inventions can be dived into four different categories of inventions – physical, digital, processes and service. There are inventions that are a mix or cross-over between the four different types of inventions. I give comments on how Horizon 2020, EIN, EBN and the Commissions innovation indicators will benefit by adopting all these types of innovations equally.
This Presentation describes about the definition of Industry 4.0, how can industry 4.0 be occured in this era and what are steps?, relation between Energy Distribution and Industry 4.0, Smart Grid including AMI (Advanced Metering Infrastructure) summerized from all resources. Thankyou and i am sorry if there are many theory, statements and pictures which its sources are not included.
Roberto Siagri presented on Eurotech, an Italian company that provides embedded computing and Internet of Things solutions. In 3 sentences:
Eurotech was founded in 1992 and provides embedded computers, IoT platforms, edge computing solutions, and industrial IoT applications for sectors like industrial automation, healthcare, transportation, and energy. The company has grown to 310 employees with 5 global hubs and envisions computers that are increasingly miniaturized and interconnected, with everything revolving around data. Eurotech aims to enable customers to focus on their core skills by meeting the needs of an interconnected planet through embedded and edge computing and industrial IoT solutions.
Ludovic Dibiaggio is a professor of economics and innovation at SKEMA business school who researches topics related to innovation ecosystems and the digital transformation of business. The course he teaches covers various aspects of how digital disruptive technologies are transforming industries and business models. The course examines themes like industry 4.0, artificial intelligence, platforms, digital disruption, and how businesses can strategize to capture value in the digital economy. Students will complete a final team project comparing the business models of a disruptor platform company and an incumbent firm.
world economic forum global information technology report 2014Anita Karney
This document is an insight report from the World Economic Forum on the rewards and risks of big data. It was edited by Beñat Bilbao-Osorio of the World Economic Forum, Soumitra Dutta of Cornell University, and Bruno Lanvin of INSEAD. The report examines the current state of networked readiness and leveraging of information and communication technologies. It features the 2014 results of the Networked Readiness Index, which ranks 148 economies based on their ability to leverage ICT, and includes essays discussing both the economic opportunities and risks associated with the rise of big data.
This document is the introduction to the 2014 Global Information Technology Report, which analyzes networked readiness and the rewards and risks of big data. It discusses how information and communication technologies are increasingly important for economic growth and competitiveness. This year's report covers 148 economies and includes chapters on harnessing the benefits of big data through networks, developing a big data maturity model, balancing the risks and rewards of data-driven policymaking, and other topics. It presents the latest Networked Readiness Index rankings and detailed country profiles and data tables.
Key note presentation for EWB-UK's Going Global conference (http://www.ewb-uk.org/goingglobal). Presentation looked at the what? how? and why? of a global engineer focussing on engineering education.
The document summarizes Peter Diamandis' top 10 tech trends of 2016 that are transforming humanity. The trends include: 1) Hyper-connecting the world through initiatives like Google's solar drones and satellite constellations from OneWeb and SpaceX. 2) Solar and renewable energy becoming cheaper than coal. 3) Progress in combating diseases like cancer through immunotherapy and CRISPR gene editing. 4) Advances in extending human life through research on aging and stem cells. 5) Successes with stem cells in growing human eyes and helping stroke and paralysis victims. 6) Developments in autonomous vehicles by companies like Google, Tesla, and Uber.
BAT40 NVIDIA Stampfli Künstliche Intelligenz, Roboter und autonome Fahrzeuge ...BATbern
Moderne künstliche Intelligenz mit Deep Learning ist bereits
heute schon im Einsatz in verschiedenen Anwendungen.
Sprachsteuerung von Apple mit Siri, Amazon mit Alexa,
autonome Fahrzeuge von Waymo, Tesla, Gesichtserkennung von Facebook sind nur einige bekannte Beispiele aus dem Silicon Valley welche Deep Learning einsetzen.
Der Vortrag zeigt auf was wir von der Technologie erwarten
können und wie Sie unsere Leben beeinflussen wird.
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
Digital Infrastructure in a Carbon-Constrained WorldLarry Smarr
- The document discusses how digital infrastructure and information and communication technologies (ICT) can help reduce greenhouse gas emissions and combat climate change by enabling efficiencies in other sectors. ICT has the potential to deliver carbon savings five times larger than its own emissions footprint by 2020.
- The University of California San Diego (UCSD) is working to develop green ICT applications and smart grid technologies through its California Institute for Telecommunications and Information Technology (Calit2). Examples mentioned include smart transportation systems, virtual meetings to reduce travel, and instrumenting buildings and campuses as "living labs" of green technologies.
- UCSD is also working to establish a zero carbon emission campus through fuel cell and solar power installations,
The document discusses trends and technologies for addressing climate change in the construction and transportation sectors over the next 25 years. Some key points discussed include increasing carbon sequestration efforts, a shift to more electric transportation options like electric vehicles, the potential for solar power satellites, and integrating fields like urban ecology and cybernetics to develop more sustainable built environments through collective intelligence approaches. The document also briefly touches on trends in energy issues, potential solar and space-based renewable options, and retrofitting existing structures with solar technologies.
Technologies Changing Industrial Park Requirements and Collective Intelligenc...Jerome Glenn
Technologies are changing the requirements for industrial parks and collective intelligence systems can help anticipate future changes. As artificial intelligence, computational sciences, and other emerging technologies converge their capabilities will greatly accelerate progress beyond what any single technology can achieve alone based on Moore's law. This will change what is possible and require new thinking about the future of work, economics, and how industrial parks can support tenants through consulting, maker hubs, industrial ecology networks, and collective intelligence systems.
The document discusses how digital technologies and data can help address sustainability issues like reducing CO2 emissions and increasing climate change resilience. It provides examples of how technologies like the Internet of Things, analytics, and cognitive computing can give insights into issues like energy usage, transportation flows, and infrastructure management. These insights can then be used to improve operational efficiency, better prepare for and respond to events, and foster new forms of collaboration. The document argues that, with the right approaches and by treating data as a new natural resource, digital technologies have the potential to significantly reduce CO2 emissions from various economic sectors and help build more climate resilient systems.
FCB Partners Webinar: Robots Are the Next BlackbeltsFCBPartners
Join FCB Partners' Brad Power and Bruce Miyashita as he reflects on the dramatic changes in technology that have occurred between 1988 and 2015, and how that has created a set of discontinuities in thinking and approach that many business people have yet to fully appreciate, much less determine how best to leverage.
The document discusses the future of AI, including how AI has progressed over time from early systems like Deep Blue and Watson to current advances in deep learning for pattern recognition, but that commonsense reasoning will still take many more years of research. It outlines a timeline for solving different AI problems based on leaderboards and benchmarks, and discusses implications for stakeholders in preparing for both the benefits and risks of advancing AI technologies.
Asynchronous futures: Digital technologies at the time of the AnthropoceneAlexandre Monnin
1) The document discusses the future of digital technologies and their relationship to physical resources and sustainability in the context of the Anthropocene.
2) It notes that while Moore's Law has led to exponential growth in computing power, this has come at tremendous resource and energy costs that may not be sustainable long-term as technologies approach physical limits.
3) The document questions where research may lead in the future and considers more sustainable alternatives like biomimetics, new architectures, and alternative materials if current trajectories prove unsustainable in light of physical and resource constraints.
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.
Jim from IBM discusses various topics related to artificial intelligence including:
- The timeline for solving different AI problems and reaching human-level performance on benchmarks.
- Leaders and communities driving progress in open source AI.
- Potential benefits of AI including increasing productivity and GDP, as well as risks that need to be addressed.
- Preparing students and citizens for future jobs and skills needed in an increasingly automated world.
- The importance of open source communities working on challenges like bias and fairness in AI.
Run through of Resourceful and Sustainable Computing Source: Green ComputingIRJET Journal
1. The document discusses strategies for making computing more environmentally sustainable, referred to as "green computing."
2. It outlines initiatives by companies like Dell, IBM, VMware, and Sun to improve energy efficiency in data centers and devices. This includes utilizing virtualization, consulting services, and more energy-efficient hardware.
3. The document also discusses designing computers with recyclability and reduced environmental impact in mind. This involves substituting toxic materials like lead with more sustainable alternatives and making repair and upgrading easier to extend product lifetimes.
Jim from IBM discusses the future of AI. He notes that while AI is currently hyped, pattern recognition using deep learning only works because of the large amounts of data and computing power now available. True AI requiring commonsense reasoning is still 5-10 years away. He outlines a timeline for solving different AI problems and notes IBM's $240 million partnership with MIT to advance AI. The benefits of AI include access to expertise and improved productivity, but risks include job loss and potential issues with superintelligence. Other technologies like augmented reality may have a larger impact. Stakeholders in AI include individuals, organizations, governments, and industries. [END SUMMARY]
Abstract
Throughout history innovations has come to change society and peoples life conditions. Inventions can be dived into four different categories of inventions – physical, digital, processes and service. There are inventions that are a mix or cross-over between the four different types of inventions. I give comments on how Horizon 2020, EIN, EBN and the Commissions innovation indicators will benefit by adopting all these types of innovations equally.
This Presentation describes about the definition of Industry 4.0, how can industry 4.0 be occured in this era and what are steps?, relation between Energy Distribution and Industry 4.0, Smart Grid including AMI (Advanced Metering Infrastructure) summerized from all resources. Thankyou and i am sorry if there are many theory, statements and pictures which its sources are not included.
Roberto Siagri presented on Eurotech, an Italian company that provides embedded computing and Internet of Things solutions. In 3 sentences:
Eurotech was founded in 1992 and provides embedded computers, IoT platforms, edge computing solutions, and industrial IoT applications for sectors like industrial automation, healthcare, transportation, and energy. The company has grown to 310 employees with 5 global hubs and envisions computers that are increasingly miniaturized and interconnected, with everything revolving around data. Eurotech aims to enable customers to focus on their core skills by meeting the needs of an interconnected planet through embedded and edge computing and industrial IoT solutions.
Ludovic Dibiaggio is a professor of economics and innovation at SKEMA business school who researches topics related to innovation ecosystems and the digital transformation of business. The course he teaches covers various aspects of how digital disruptive technologies are transforming industries and business models. The course examines themes like industry 4.0, artificial intelligence, platforms, digital disruption, and how businesses can strategize to capture value in the digital economy. Students will complete a final team project comparing the business models of a disruptor platform company and an incumbent firm.
world economic forum global information technology report 2014Anita Karney
This document is an insight report from the World Economic Forum on the rewards and risks of big data. It was edited by Beñat Bilbao-Osorio of the World Economic Forum, Soumitra Dutta of Cornell University, and Bruno Lanvin of INSEAD. The report examines the current state of networked readiness and leveraging of information and communication technologies. It features the 2014 results of the Networked Readiness Index, which ranks 148 economies based on their ability to leverage ICT, and includes essays discussing both the economic opportunities and risks associated with the rise of big data.
This document is the introduction to the 2014 Global Information Technology Report, which analyzes networked readiness and the rewards and risks of big data. It discusses how information and communication technologies are increasingly important for economic growth and competitiveness. This year's report covers 148 economies and includes chapters on harnessing the benefits of big data through networks, developing a big data maturity model, balancing the risks and rewards of data-driven policymaking, and other topics. It presents the latest Networked Readiness Index rankings and detailed country profiles and data tables.
Key note presentation for EWB-UK's Going Global conference (http://www.ewb-uk.org/goingglobal). Presentation looked at the what? how? and why? of a global engineer focussing on engineering education.
Computing power, IoT, AI & Sustainability 2019Roberto Siagri
1. Digital production enabled by technologies like IoT, AI, and ubiquitous computing will reshape the global economy by making production more efficient and sustainable.
2. As computing power grows exponentially and data transmission bandwidth increases dramatically, physical goods will become less important and digital services and intangible value will dominate business models.
3. This transition will lead to more decentralized, flexible, and sustainable circular economic systems focused on outcomes rather than material throughput.
apidays Paris 2022 - A day in the life of BPCE Sustainable IT referent/evange...apidays
Lucile Vannier is a Sustainable Digital Expert at BPCE SI and the BPCE Group. She works to promote sustainable practices in IT.
A typical day involves examining issues like the large environmental impact and resource use of digital technologies, societal problems caused by digital exclusion and algorithms, and geopolitical risks of undersea internet cables.
She recommends actions individuals and organizations can take, such as improving device lifespan, calculating digital footprints, and educating oneself on best practices. Within BPCE, she helps lead programs to reduce the carbon footprint of equipment, datacenters, and networks.
CEO sustainability club Luxembourg presentation Olivia Walker - Frost&Sull...francoisneu
Great presentation from Frost & Sullivan in Luxembourg at CEO Sustainability Club (by IMS Luxembourg) on the "Mega Trends" which will change the economy in the coming years.
The document is the 2014 edition of The Global Information Technology Report published by the World Economic Forum. It examines the current state of networked readiness and the rewards and risks of big data. The report features the latest Networked Readiness Index rankings of 148 economies and essays exploring how organizations can leverage big data while managing its risks. It includes country/economy profiles, data tables, and technical notes and sources. The editors are Beñat Bilbao-Osorio, Soumitra Dutta, and Bruno Lanvin.
The document is the 2014 edition of The Global Information Technology Report published by the World Economic Forum. It examines the current state of networked readiness and the rewards and risks of big data. The report features the latest Networked Readiness Index rankings of 148 economies and essays exploring how organizations can leverage big data while managing its risks. It includes country/economy profiles, data tables, and technical notes and sources. The editors are Beñat Bilbao-Osorio, Soumitra Dutta, and Bruno Lanvin.
Global Information Technology Report 2014Elena Kvochko
The Global Information Technology Report 2014 features the latest results of the Networked Readiness Index, offering an overview of the current state of ICT readiness in the world. This year’s coverage includes a record number of 148 economies, accounting for over 98 percent of global GDP. In addition, it features a number of essays that inquire into the rewards and risks accruing from big data, an unprecedented phenomenon in terms of the volume, velocity, and variety of sources of the creation of new data. These essays also advise on the changes that organizations, both public and private, will need to adopt in order to manage, make sense of, and obtain economic and social value from this vast quantity of newly generated data. In addition, the Report presents a wealth of data, including detailed profiles for each economy covered and data tables with global rankings for the NRI’s 54 indicators.
Wef global informationtechnology_report_2014Yakuzaazero
The document is the 2014 edition of The Global Information Technology Report published by the World Economic Forum. It examines the current state of networked readiness and the rewards and risks of big data. The report features the latest Networked Readiness Index rankings of 148 economies and essays exploring how organizations can leverage big data while managing its risks. It includes country/economy profiles, data tables, and technical notes and sources. The editors are Beñat Bilbao-Osorio, Soumitra Dutta, and Bruno Lanvin.
The Global Information Technology Report 2014 examines the rewards and risks of big data. It features the latest Networked Readiness Index rankings based on data from 148 economies. Several chapters discuss how organizations can leverage big data through improved data management, policies that balance risks and rewards, and building trust through responsible regulation. Big data offers significant economic and social opportunities if policies enable data-driven innovation responsibly.
Wef global informationtechnology_report_2014Silvia Cardona
The Global Information Technology Report 2014 examines the rewards and risks of big data. It features the latest Networked Readiness Index rankings based on data from 148 economies. Several chapters discuss how organizations can leverage big data through improved data management, policies that balance risks and rewards, and building trust through regulation. Overall, the report advises that both public and private sectors will need to adapt to make sense of and obtain value from the vast amount of new data being created.
A presentation by Irving Wladawsky-Berger, former chief technology officer at IBM on the future of innovation in the service sector. Given at Imperial College Business School on 13 October 2009.
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201403 acs system integration the next horizon - pdfversion
1. 2014 Technology
& IT conference1
2014 Technology & IT Conference
Current & future directions of technology in the sector
Rydges Sydney Airport | 24 March 2014
Head Consultant, Management & Technology | GDN consulting firm
Systems Integrations
The Next Horizon
8. 2014 Technology
& IT conference8
Human population
Biosphere
regeneration
Human
consumption
~ 1.3 times
what
the planet
can sustain
Net loss
28%
Steadily growing since mid 80’s
Source: Simms A., NEF (New Economics Foundation), London
Earth Profit & Loss
2014 based on Averaged human lifestyle
10. 2014 Technology
& IT conference10
Real world & economic dichotomy
“Irredeemable money has almost invariably
proved a curse to the country employing it”
Fisher, I. 1911, The purchasing power of money
Economy Real World
The continuous economic growth delusion
fiat (irredeemable) money system
M.V = Pr.Q
Quantity Theory of Money
I = Po.A.T
Ehrlich / Holdren equation
or P = M.(V/Q)
Derived Theory of Inflation
11. 2014 Technology
& IT conference11
A way out of the monopoly conundrum?
Economy Real World
M.V = Pr.Q
Quantity Theory of Money
I = Po.A.T
Ehrlich / Holdren equation
M.V = Pr.Q I = Po.A.T
Re-link currency to a tangible specie
(Unit of Sustainable Biosphere)
ey
M = monetary mass in circulation
V = velocity of money in circulation
Pr = price index
Q = quantity consummed expressed in physical unit
a = fixed exchange rate
U = unit of sustainable biosphere
R = regenerated biosphere
I = impact of human activity
B = biosphere size
Rj = biosphere regenerative index
Po = human population size
A = affluence factor expressed in currency
T = technological factor expressed in CO2 emmission
M.V = Pr.Q
M = a.U
U = R-I
R = B.Rj
I = Po.A.T
The top-down equivalent of a new Bretton-Woods
Recent G20 proposal failures (Zhou Xiaochuan)
“Too many Chefs in the kitchen”
12. 2014 Technology
& IT conference12
Disconnected physical & financial worlds
ETR (Ecological tax reform)??
EIA (Environmental impact assessment)??
Inter-sector policies, new institutions, legal reform??
IM (Industrial metabolism) ??
VA (Voluntary agreement) ??
EE (Ecological economics) ??
Climate change
Financial crises
Social instabilities
Major fiscal imbalances
Ineffective multi-polar geopolitics
14. 2014 Technology
& IT conference14
The 2º C tipping point
2 x unstoppable feedback loops kick-in:
Deep ocean Methane release
Permafrost CO2 release
°C
Eq CO2
2°C
Runaway CC
15. 2014 Technology
& IT conference15
How are (24 x ) biggest emitters tracking?
Latest estimate 3.7º C increase
Source: Climate Action Tracker | Climate Analytics, Ecofys Potsdam Institute for Climate Impact Research
16. 2014 Technology
& IT conference16
Potential
reforestation
Food growing
Habitable
zones
Inhabitable
deserts
Inhabitable
floods, droughts
extreme weather
Land lost to
rising waters
(2m assumption)
a map of climate change risks
The World 4ºC warmer
Source: New Scientist Climate Change Report, 2009
17. 2014 Technology
& IT conference17
Climate change risks & demographics
• Since 2008, more people in cities than rural areas
• 95% cities located in climate change risk zones
20. 2014 Technology
& IT conference20
Ageing population & major fiscal imbalance risks
Worker (15 to 64) to Retiree (64+) dependency ratios
Source: UN, Department of Economic & Social Affairs, 2013
22. 2014 Technology
& IT conference22 Source: Gartner 2014 Top Predictions for IT & Users | GFK, Verdict Research, Javelin Group, 2008
be where the client wants you to be when they want you to be there
The rise of multi-channeling (Clicks & Bricks)
& direct sourcing (personal tailored manufacturing)
Disruptive global digital neo-economics including conventional barter resurgence
New global redeemable digital currencies & economic dematerialization
Generalised crowdsourcing along the entire value chain
3D printing manufacturing revolution & IP challenge
3D printing of live tissues & organs (Bio-printing)
The new Maslow’s
23. 2014 Technology
& IT conference23
Industrial metabolism & economic dematerialization
P&L (US$ b)
Net sales 100
GP 25
Labor 8
Marketing 5
Others 7
Tot Exp 20
NIBT + 5
Balance sheet (US$ b)
Assets 70
Current 20
Fixed 50
Liabilities & Equity 70
Current 10
Long-term 30
Equity 30
Physical accounting
measured in physical units
Triple Bottom Line
Planet People Profit
Product research, recycling, energy needs
Build-To-Order 3D printing manufacture
Blurred demand & supply chains
Shortening product lifecycle
Crowdsourcing research
Reclaimed / recycled construction material
Recycling-conscious building design
On-site renewable energy sources
Low energy consumption
Waste reduction
Telecommuting
Carbon-neutral
Modal shift to low-carb co-transportation
“Predictive forecast”-driven logistics
24. 2014 Technology
& IT conference24
The rise of agile micro internationals
& SOLO* | SOHO** | SME***
Small is Beautiful
~0.5b businesses globally, but…
By 2020 4.6b global workers, 88% (4b) in knowledge-based jobs
A new type of workforce freelance-able, on-demand & independent
Evolving industry organizations with deeper involvement in members’ affairs
* SOLO = Solo-Entrepreneur
** SOHO = Small Office Home Office
*** SME = Small & Medium Enterprises
88%
(4b)
25. 2014 Technology
& IT conference25
The rise of the machines 1/3
Courtesy: GE, 2012, Industrial Internet White Paper
26. 2014 Technology
& IT conference26
The rise of the machines 2/3
The Internet of Things
IPv4 (4.3b addresses) IPv6 (3% in 2014)
Big Data Analytics
Deep domain expertise & learning algorithms
merging genomics & informatics
6th level normalization & above
Mobile connecting
technology
Smart information
Smart machines
27. 2014 Technology
& IT conference27
Rise of the machines 3/3 Healthcare perspective
* Source: 2011, OECD Health Data, Health Spending Per Capita by source of funding
US$
731b
Estimated global
healthcare system
current inefficiencies
28. 2014 Technology
& IT conference28
Metropolis & Mobility
The integrated
new megacity
29. 2014 Technology
& IT conference29
Evolving from net emitters to carbon-capture mega-systems
Sustainable autonomous flexible re-configurable buildings
Integrated vertical urban farming (edible + bio-fuels)
The rise of the sustainable integrated megacities
95% cities located in climate change risk zones
Ideal candidates to tackle the issue
1. 40% water needs reduction
2. Biosphere size increase
3. Carbon-capture system
30. 2014 Technology
& IT conference30
population & mobility asynchronous trends
The hyper-connected World
Connectedness + telecommuting
Decrease in travel
Sydney – London in 2 nanoseconds
P = physical movement
I = mass of information in circulation
IP f
1
Higher demand for small
fuel-efficient cars or for
no cars at all
(Millennial cliff)
46%
* Source: 2012 New York Times Research Millennial preferences
18~24 y-o US drivers choose
access to the Internet
over owning a car *
31. 2014 Technology
& IT conference31
Urban mobility the new horizon
• Congestion-free cities replace end-users as the new automotive clients
• Integrated mass individual + public urban transport
• Self-guided vehicles for ageing population
• Fluid mechanics applied to traffic flows
• End of the ubiquitous traffic light
32. 2014 Technology
& IT conference32
Real life example | Commercial driverless cars
http://www.youtube.com/watch?v=t3HdqeZMNco
5 x US driverless laws since Dec 2013
CES 2014 9 x driverless models
Google new driverless economics
34. 2014 Technology
& IT conference34
Integrated building | Embedded robotics
Integration between mobile & fixed (security, lifts, doors) systems
Royal North Shore Hospital | St Leonards
http://youtu.be/w1zupfTftcY
35. 2014 Technology
& IT conference35
Integrated building | Inverted Info flow 1/2
The imminent end of the ubiquitous KVM (Keyboard, Video, Mouse)
Pervasive embedded sensor, data-collecting & connecting technology
Integrating systems by connecting medical sensors to applications
The Old KVM paradigm
36. 2014 Technology
& IT conference36
Integrated building | Inverted Info flow 2/2
The advent of “Big Data Analytics” & “smart information”
“Smart information” routes itself to the right users
The entire building becomes a workstation
The building is “alive” & cares
NUI* & embedded VR / AR**
* NUI = Natural User Interface
** VR = Virtual Reality AR = Augmented Reality
37. 2014 Technology
& IT conference37
Integrated building | The new (G) NUI*
* GUI = Graphical User Interface NUI = Natural User Interface
38. 2014 Technology
& IT conference38
Real life example | Thomas Holt Kirrawee site
• Integrated self-aware, self-healing & self-maintaining “alive” building
• Technology & IT consulting involved at pre-design stage
• High, subacute & palliative focus in line with trends
• Client needs & information flow drive architecture
• Residents & workforce friendly design
39. 2014 Technology
& IT conference39
Aged-friendly modular stair-less radial design
self supported living subacute end-of-life (same room)
Existing Homes | Rebuild or retrofit
Or ….
40. 2014 Technology
& IT conference40
Existing Homes | Rebuild or retrofit… Or?Wearable exoskeletons
41. 2014 Technology
& IT conference41
Summary Recommendations
Marketing / Business Development
1. Identify & engage with your audiences experientially & digitally (public, clients, contacts, workforce, partners)
2. Shift from informational website to integrated transactional multi-device online presence
3. Align / Embed with your business development & marketing strategies
4. Think 360º client solutions not just RESIDENTIAL
5. Diversify both service offering & funding base
Organizational / Operational perspective
1. Scrutinize your entire value chain including organizational framework & its integration with your supply chain
2. Consider strategic in & out-sourcing across all functions | lobby / leverage of your industry association/s
3. If you’re yet to do so, shift to paperless fully electronic operations across all functions
Assets
1. Be strategic & forward looking Your building will be around for decades
2. Involve your IT & technology people at design brief stage
3. Think laterally & literally outside the square