Presentation by Fran Rabuck (Rabuck Associates) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Visualisation for the AEC Sector: Past, Present and Tomorrow… #COMIT2016Comit Projects Ltd
Presentation by Dr Max Mallia-Parfitt (COINS:FULCRO & Crossrail) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
The document summarizes the progress and goals of the Automated Drone Reality Project. It discusses how the project began in 2003 to bring organizations together to share knowledge about drones and resolve issues through proof of concept projects. Membership and community days were created to openly share information. Various drone applications were tested for safety alerts, augmented reality, and tool/equipment tracking. The next steps discussed expanding automated drone capabilities, changing legislation to allow more uses, and packaging drone technologies for organizations. Barriers to adoption are addressed as well as the need for pilot projects and regulator engagement. The progress so far in 2016 is outlined along with challenges for 2017.
Presentation by Nick Boyle & Declan Grogan (Balfour Beatty & NDL Ltd) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Thingscon Salon 4 - DATAStudio Klaas KuitenbrouwerThingsConAMS
The document discusses the DATAStudio project in Eindhoven that aims to reformulate the relationship between citizens and the municipality. It explores how to relate the narratives of smart cities and participation through discussions with experts and using data to understand realities in Woensel-Noord. The DATAStudio collects a variety of data through projects with citizens, schools and researchers to identify important issues and inform meaningful citizen-centric design for a smart society. It also discusses tensions between seamless technology processes and transparency for users.
ACT-IAC Rocky Mountain chapter - July 31 2014Rick Holgate
This document summarizes an event discussing advancing government through collaboration. It outlines the President's Management Agenda focusing on customer service, smarter IT delivery, and deploying a world-class workforce. It discusses perspectives from the Office of Management and Budget on viewing technology strategically and taking smart risks. Key initiatives to reform federal IT are outlined aiming to balance efficiency and effectiveness. The role of ACT-IAC in supporting smarter IT delivery through various frameworks and engagements is also summarized.
The document discusses an open approach to increasing customer retention and lifetime value through wearable devices and data. It introduces the speaker, Jeff Katz, and covers topics like the recent history of wearables being kept in a drawer, kindergarten lessons of sharing, and three big ideas - interoperability, data stewardship, and transparency. The presentation concludes by introducing Geeny, a platform for building compelling solutions through an open and transparent approach to wearable data and consumer choice.
Collaboration with BIM: Stop being efficient, start being effectiveLéon Berlo
This document discusses moving from being efficient to being effective in building information modeling (BIM) projects. It provides examples of highly detailed BIM projects using IFC data formats for modeling, quotations, rule checking, logistics, fire safety analysis, and simulations. Lessons learned include not letting the means become the goal, that data alone does not equal collaboration, and data is only useful when used effectively. The future of construction is predicted to have more available data, automation through robotics and niche applications, and a greater need for knowledge of both engineering and data. Organizations must learn to work effectively with increasingly complex technologies and changing processes rather than just focusing on efficiency.
Visualisation for the AEC Sector: Past, Present and Tomorrow… #COMIT2016Comit Projects Ltd
Presentation by Dr Max Mallia-Parfitt (COINS:FULCRO & Crossrail) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
The document summarizes the progress and goals of the Automated Drone Reality Project. It discusses how the project began in 2003 to bring organizations together to share knowledge about drones and resolve issues through proof of concept projects. Membership and community days were created to openly share information. Various drone applications were tested for safety alerts, augmented reality, and tool/equipment tracking. The next steps discussed expanding automated drone capabilities, changing legislation to allow more uses, and packaging drone technologies for organizations. Barriers to adoption are addressed as well as the need for pilot projects and regulator engagement. The progress so far in 2016 is outlined along with challenges for 2017.
Presentation by Nick Boyle & Declan Grogan (Balfour Beatty & NDL Ltd) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Thingscon Salon 4 - DATAStudio Klaas KuitenbrouwerThingsConAMS
The document discusses the DATAStudio project in Eindhoven that aims to reformulate the relationship between citizens and the municipality. It explores how to relate the narratives of smart cities and participation through discussions with experts and using data to understand realities in Woensel-Noord. The DATAStudio collects a variety of data through projects with citizens, schools and researchers to identify important issues and inform meaningful citizen-centric design for a smart society. It also discusses tensions between seamless technology processes and transparency for users.
ACT-IAC Rocky Mountain chapter - July 31 2014Rick Holgate
This document summarizes an event discussing advancing government through collaboration. It outlines the President's Management Agenda focusing on customer service, smarter IT delivery, and deploying a world-class workforce. It discusses perspectives from the Office of Management and Budget on viewing technology strategically and taking smart risks. Key initiatives to reform federal IT are outlined aiming to balance efficiency and effectiveness. The role of ACT-IAC in supporting smarter IT delivery through various frameworks and engagements is also summarized.
The document discusses an open approach to increasing customer retention and lifetime value through wearable devices and data. It introduces the speaker, Jeff Katz, and covers topics like the recent history of wearables being kept in a drawer, kindergarten lessons of sharing, and three big ideas - interoperability, data stewardship, and transparency. The presentation concludes by introducing Geeny, a platform for building compelling solutions through an open and transparent approach to wearable data and consumer choice.
Collaboration with BIM: Stop being efficient, start being effectiveLéon Berlo
This document discusses moving from being efficient to being effective in building information modeling (BIM) projects. It provides examples of highly detailed BIM projects using IFC data formats for modeling, quotations, rule checking, logistics, fire safety analysis, and simulations. Lessons learned include not letting the means become the goal, that data alone does not equal collaboration, and data is only useful when used effectively. The future of construction is predicted to have more available data, automation through robotics and niche applications, and a greater need for knowledge of both engineering and data. Organizations must learn to work effectively with increasingly complex technologies and changing processes rather than just focusing on efficiency.
The document discusses how work is changing from paper-based to digital, from on-premise systems to cloud-based, and from 2D drawings to 3D models and data. It highlights the growing use of building information modeling (BIM) which creates a digital representation of a building and its systems. BIM allows for more collaborative work across disciplines through shared models and data. The document argues the construction industry needs new technologies, processes, and mindsets to fully realize the benefits of digital and collaborative ways of working.
GEO Desing + BIM Conference: Data sharing is not collaborationLéon Berlo
Shared data and BIM models are not the same as collaboration. A shared data model refers to creating agreements on how data will be standardized and shared, not shared databases or model instances. True collaboration requires each party to focus first on their own work and understanding what information others need from them, rather than assuming shared access to data leads automatically to collaboration. Technology like cloud computing and work sharing supports coordination but does not replace the need for professionals to bring their expertise and craftsmanship to cooperatively solve problems.
Digital Disruption: A Librarian's perspectiveJane Cowell
This document discusses digital disruption from the perspective of a librarian. It provides insights from several sources on how digital disruption is affecting all areas of work and society. Key points made include that digital disruption requires moving from being curators of information to enabling creation, learning and innovation through collaborative and personalized approaches. Opportunities discussed for libraries include partnering outside their industry, piloting new initiatives, and focusing on providing a helpful customer experience through digital platforms.
The document summarizes a conference on Tangible Intuitive Interactive Interfaces (TIII). The conference will bring together networks and interested parties to learn about TIII. It will include talks and demonstrations of TIII cases from industry and student exploration projects. Participants can provide feedback to help guide the TIII research project, which aims to develop a platform and toolbox for designing TIII and setting up interdisciplinary teams between design, application, user, and technology partners.
This document discusses how bots can automate tasks in building information modeling (BIM) by taking advantage of open web APIs and data. It argues that individual bots providing niche applications can create a new market that is not dependent on any single platform. Bots could perform automated tasks by subscribing to events in the BIM data and being triggered when those events occur. Examples of potential BIM bots include clash detection bots, cost estimation bots, supplier bots, validation checkers, and more. The document advocates shifting away from separate "islands" of collaboration towards this more open ecosystem of interoperable bots.
Digital fabrication technologies in support of the visually impaired Edoardo...FondazioneAndreaBocelli
The presentation could include 3-4 examples of “makers” projects dedicated to help blind or visually impaired people. The makers community is booming all over the world, putting together people who rediscover the passion to make things using both their hands and modern technologies such as Computer Aided Design and digital fabrication machines. Some of the projects are designed to help visualize either abstract concepts (like math formulas) or physical objects like monuments, art masterpieces, complex objects. This can be a valuable support to provide information to blind or visually impaired users. In this speech I will briefly present the most effective and successful international projects carried out by university, schools and industries.
Building the Social Internet of ThingsBill Harpley
This document summarizes a presentation given to art students about building the social internet of things. The presentation covered several topics:
- Experiments using light, heat, and sound as artistic mediums and examples of artists working with these elements.
- The relationship between artists and technologists and examples of works bridging the two fields.
- An overview of the internet of things (IoT), including what it is, common sensors and switches, applications, and future trends. Examples of artistic works using IoT data.
- The potential of "big data" as an artistic medium and examples of data-driven artworks.
- Wearable technology and examples of works using wearables in art
The document describes the Smart Citizen Kit project by Waag, an institute that explores emergent technologies and opens them for societal use. The project involves distributing sensor kits to citizens of Amsterdam to collect environmental data and engage residents in understanding and influencing the workings of their city. An initial pilot with 100 kits provided insights that will inform expanding the project to 500 kits and citizens, with the goal of creating a testbed for businesses and developing new data analysis and visualization tools.
This document outlines Jun Hu's vision for design research on social things. It discusses the Internet of Things and how things can be networked and connected to humans and each other through sensors, actuators and communication technologies. This forms the "Social Internet of Things". The document proposes that design research is needed to address new opportunities and challenges in designing networked products and adaptive, context-aware services. Key areas of focus include using social things to support cyber-physical systems, health/care, public spaces, and sustainability. The research methodology will intersect computational systems with social behavior using engineering, empirical and research through design methods. Education will be integrated by involving students in ongoing research and introducing basic skills through a makerspace.
Mr. Gérald Santucci from the European Commission made a conclusion of the Cluster meeting and outlined the future challenges and opportunities.
(FInES Cluster Meeting, December 2012)
Democracy 2.0 - What can lawmakers learn from lean software development?Plural (think tank)
Can lean software development techniques (such as Scrum, Test-driven development, and UX-driven design) both increase government effectiveness and improve citizen engagement?
Apps For Flanders at Random Hacks of KindnessPieter Colpaert
This document discusses plans to hold a hackathon called Apps For Flanders, with the goal of stimulating the use of open data in Flanders. It notes that there is a gap between technical experts and policymakers regarding open data. It proposes that OKFN Belgium could help bridge this gap. It also describes a potential project idea for the hackathon - a map app that helps users decide where to live by taking into account various open data parameters like taxes, transportation, schools, etc. It suggests technology choices for this project like OpenStreetMap, JavaScript, Leaflet and GeoJSON. Finally, it states that 2012 could be the year of open data in Belgium.
STI Research is a consulting and research company led by Alexander Wahler and Lyndon Nixon. It has two units: a Data Unit led by Dieter Fensel working on projects like PlanetData and BIG, and a Multimedia/Service Unit led by Lyndon Nixon working on projects such as LinkedTV and SmartReality. The company is pursuing commercialization of projects' results through IPR agreements and virtual companies. Opportunities include the NoTube Beancounter and components of ConnectME and SmartReality. Plans for 2013 include ramping up commercialization efforts and securing new EU-funded research projects.
Everyone has a fitbit... Now What? M3 Conference 2014Jacob Glenn
Wearables are everywhere! Do you feel like every week a new device is announced that’s going to track a new vital parameter, sleep, or activity? It’s Apple, it’s Google, it’s Samsung, or one of the countless Kickstarter campaigns that promises the next cool gadget. We all love gadgets, but at some point you have to ask, now what? How are all these gadgets going to actually change how we live our lives? What meaningful impact can we as technologists create from this influx of excitement? In this session you’ll hear some of the exciting ways wearables are being leveraged in the healthcare space. We will talk about some of the first-hand challenges and lessons learned from moving these devices from expensive toy to impactful medical technology. And maybe you’ll walk away with some thoughts about what more your devices could do…
CONVR 2010 - Visualisation of semantic architectural information within a gam...Pieter Pauwels
This document discusses visualizing semantic architectural information from a building information model (BIM) within a game engine environment. It explores using existing virtual environments and game engines for visualization. It is determined that Unity3D game engine is well suited. The document then discusses implementing functionality to connect a BIM model exported to FBX format to the Linked Open Data cloud for enriched information. Queries can then be made to access BIM and other semantic information from within the Unity3D virtual environment. The objectives of bringing BIM into the semantic web and easily visualizing models while accessing additional linked data are achieved, but further research is needed on connections to linked data and improved user interface.
As more and more machines are supplied with machine learning algorithms, the question arises who is liable in cases of damage? Who is liable in case of accidents involving an autonomous driving car? Is there a difference when an autonomous lawnmower causes damage to the neighbour's property? Public interest in those questions is high, whereas legal opinions are rare and court decisions are missing. Daniel will show why it can be difficult to fit machine learning-based applications in the existing legal liability system, and what the future might look like.
Slides used to guide the discussion during MESA workshop at ARC Europe Industry Forum in Amsterdam, March 3rd, 2016.
Includes notes of the discussion. Subjects: challenges in MOM/MES: complexity related to supply chain, manufacturing and new product introduction. Organizational alignment and governance.
The acceleration of disruption: opportunities and threats for construction - ...Comit Projects Ltd
Presentation by David Wood of London Futurists at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Sensors, threats, responses and challenges - Dr Emil Lupu (Imperial College L...Comit Projects Ltd
Presentation by Dr Emil Lupu (Imperial College London)at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
The document discusses how work is changing from paper-based to digital, from on-premise systems to cloud-based, and from 2D drawings to 3D models and data. It highlights the growing use of building information modeling (BIM) which creates a digital representation of a building and its systems. BIM allows for more collaborative work across disciplines through shared models and data. The document argues the construction industry needs new technologies, processes, and mindsets to fully realize the benefits of digital and collaborative ways of working.
GEO Desing + BIM Conference: Data sharing is not collaborationLéon Berlo
Shared data and BIM models are not the same as collaboration. A shared data model refers to creating agreements on how data will be standardized and shared, not shared databases or model instances. True collaboration requires each party to focus first on their own work and understanding what information others need from them, rather than assuming shared access to data leads automatically to collaboration. Technology like cloud computing and work sharing supports coordination but does not replace the need for professionals to bring their expertise and craftsmanship to cooperatively solve problems.
Digital Disruption: A Librarian's perspectiveJane Cowell
This document discusses digital disruption from the perspective of a librarian. It provides insights from several sources on how digital disruption is affecting all areas of work and society. Key points made include that digital disruption requires moving from being curators of information to enabling creation, learning and innovation through collaborative and personalized approaches. Opportunities discussed for libraries include partnering outside their industry, piloting new initiatives, and focusing on providing a helpful customer experience through digital platforms.
The document summarizes a conference on Tangible Intuitive Interactive Interfaces (TIII). The conference will bring together networks and interested parties to learn about TIII. It will include talks and demonstrations of TIII cases from industry and student exploration projects. Participants can provide feedback to help guide the TIII research project, which aims to develop a platform and toolbox for designing TIII and setting up interdisciplinary teams between design, application, user, and technology partners.
This document discusses how bots can automate tasks in building information modeling (BIM) by taking advantage of open web APIs and data. It argues that individual bots providing niche applications can create a new market that is not dependent on any single platform. Bots could perform automated tasks by subscribing to events in the BIM data and being triggered when those events occur. Examples of potential BIM bots include clash detection bots, cost estimation bots, supplier bots, validation checkers, and more. The document advocates shifting away from separate "islands" of collaboration towards this more open ecosystem of interoperable bots.
Digital fabrication technologies in support of the visually impaired Edoardo...FondazioneAndreaBocelli
The presentation could include 3-4 examples of “makers” projects dedicated to help blind or visually impaired people. The makers community is booming all over the world, putting together people who rediscover the passion to make things using both their hands and modern technologies such as Computer Aided Design and digital fabrication machines. Some of the projects are designed to help visualize either abstract concepts (like math formulas) or physical objects like monuments, art masterpieces, complex objects. This can be a valuable support to provide information to blind or visually impaired users. In this speech I will briefly present the most effective and successful international projects carried out by university, schools and industries.
Building the Social Internet of ThingsBill Harpley
This document summarizes a presentation given to art students about building the social internet of things. The presentation covered several topics:
- Experiments using light, heat, and sound as artistic mediums and examples of artists working with these elements.
- The relationship between artists and technologists and examples of works bridging the two fields.
- An overview of the internet of things (IoT), including what it is, common sensors and switches, applications, and future trends. Examples of artistic works using IoT data.
- The potential of "big data" as an artistic medium and examples of data-driven artworks.
- Wearable technology and examples of works using wearables in art
The document describes the Smart Citizen Kit project by Waag, an institute that explores emergent technologies and opens them for societal use. The project involves distributing sensor kits to citizens of Amsterdam to collect environmental data and engage residents in understanding and influencing the workings of their city. An initial pilot with 100 kits provided insights that will inform expanding the project to 500 kits and citizens, with the goal of creating a testbed for businesses and developing new data analysis and visualization tools.
This document outlines Jun Hu's vision for design research on social things. It discusses the Internet of Things and how things can be networked and connected to humans and each other through sensors, actuators and communication technologies. This forms the "Social Internet of Things". The document proposes that design research is needed to address new opportunities and challenges in designing networked products and adaptive, context-aware services. Key areas of focus include using social things to support cyber-physical systems, health/care, public spaces, and sustainability. The research methodology will intersect computational systems with social behavior using engineering, empirical and research through design methods. Education will be integrated by involving students in ongoing research and introducing basic skills through a makerspace.
Mr. Gérald Santucci from the European Commission made a conclusion of the Cluster meeting and outlined the future challenges and opportunities.
(FInES Cluster Meeting, December 2012)
Democracy 2.0 - What can lawmakers learn from lean software development?Plural (think tank)
Can lean software development techniques (such as Scrum, Test-driven development, and UX-driven design) both increase government effectiveness and improve citizen engagement?
Apps For Flanders at Random Hacks of KindnessPieter Colpaert
This document discusses plans to hold a hackathon called Apps For Flanders, with the goal of stimulating the use of open data in Flanders. It notes that there is a gap between technical experts and policymakers regarding open data. It proposes that OKFN Belgium could help bridge this gap. It also describes a potential project idea for the hackathon - a map app that helps users decide where to live by taking into account various open data parameters like taxes, transportation, schools, etc. It suggests technology choices for this project like OpenStreetMap, JavaScript, Leaflet and GeoJSON. Finally, it states that 2012 could be the year of open data in Belgium.
STI Research is a consulting and research company led by Alexander Wahler and Lyndon Nixon. It has two units: a Data Unit led by Dieter Fensel working on projects like PlanetData and BIG, and a Multimedia/Service Unit led by Lyndon Nixon working on projects such as LinkedTV and SmartReality. The company is pursuing commercialization of projects' results through IPR agreements and virtual companies. Opportunities include the NoTube Beancounter and components of ConnectME and SmartReality. Plans for 2013 include ramping up commercialization efforts and securing new EU-funded research projects.
Everyone has a fitbit... Now What? M3 Conference 2014Jacob Glenn
Wearables are everywhere! Do you feel like every week a new device is announced that’s going to track a new vital parameter, sleep, or activity? It’s Apple, it’s Google, it’s Samsung, or one of the countless Kickstarter campaigns that promises the next cool gadget. We all love gadgets, but at some point you have to ask, now what? How are all these gadgets going to actually change how we live our lives? What meaningful impact can we as technologists create from this influx of excitement? In this session you’ll hear some of the exciting ways wearables are being leveraged in the healthcare space. We will talk about some of the first-hand challenges and lessons learned from moving these devices from expensive toy to impactful medical technology. And maybe you’ll walk away with some thoughts about what more your devices could do…
CONVR 2010 - Visualisation of semantic architectural information within a gam...Pieter Pauwels
This document discusses visualizing semantic architectural information from a building information model (BIM) within a game engine environment. It explores using existing virtual environments and game engines for visualization. It is determined that Unity3D game engine is well suited. The document then discusses implementing functionality to connect a BIM model exported to FBX format to the Linked Open Data cloud for enriched information. Queries can then be made to access BIM and other semantic information from within the Unity3D virtual environment. The objectives of bringing BIM into the semantic web and easily visualizing models while accessing additional linked data are achieved, but further research is needed on connections to linked data and improved user interface.
As more and more machines are supplied with machine learning algorithms, the question arises who is liable in cases of damage? Who is liable in case of accidents involving an autonomous driving car? Is there a difference when an autonomous lawnmower causes damage to the neighbour's property? Public interest in those questions is high, whereas legal opinions are rare and court decisions are missing. Daniel will show why it can be difficult to fit machine learning-based applications in the existing legal liability system, and what the future might look like.
Slides used to guide the discussion during MESA workshop at ARC Europe Industry Forum in Amsterdam, March 3rd, 2016.
Includes notes of the discussion. Subjects: challenges in MOM/MES: complexity related to supply chain, manufacturing and new product introduction. Organizational alignment and governance.
The acceleration of disruption: opportunities and threats for construction - ...Comit Projects Ltd
Presentation by David Wood of London Futurists at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Sensors, threats, responses and challenges - Dr Emil Lupu (Imperial College L...Comit Projects Ltd
Presentation by Dr Emil Lupu (Imperial College London)at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
First Cities To Future Cities - Tim Gardom (City Insights)Comit Projects Ltd
Presentation by Tim Gardom of City Insights at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Presentation by Alex Lubbock of the Cabinet Office at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Photogrammetry - Is there a business value to construction? #COMIT2016Comit Projects Ltd
Presentation by Richard Bath of Costain (London Bridge Station) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Re-Evaluating the Value and Market Positioning of Industrial CobotsLizzie Uhl
As one of the largest integrators in the nation, JR Automation sees nearly every type of request for automation. Because of that, we have gained a unique perspective on what cobot features end consumers are actually asking for and are willing to spend money on.
This presentation focuses on where cobots are being applied, where they can bring the most value to a business, and how their value can be fully realized.
The Impact of Digital Engineering – Tim Broyd (ICE) #COMIT2016Comit Projects Ltd
This document summarizes Tim Broyd's presentation on the impact of digital engineering. It discusses how digital engineering is shifting more project work to the design phase through tools like BIM that help coordinate building systems. This allows projects to better manage costs and schedule. Broyd notes both opportunities and challenges with digital engineering, such as potential for non-interoperable software and handling large data sets. He emphasizes embracing digital engineering while still applying engineering principles and judgment. Collaboration is also key to realizing benefits like reduced costs and timelines.
Presentation by Jakub Wachocki, Franco Pittoni & Alain Waha (Process Innovation Forum) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
Roadshow "Smart production systems @ Valeo 2016-09-15Sirris
Cobots: the silver bullet for flexible automation?
"Collaborative robots are complex machines which work hand in hand with human beings. In a shared work process, they support and relieve the human operator.'' (source: IFA)
Ecological Analysis & Visualisation using GIS to Inform Planning for Large In...Comit Projects Ltd
Presentation by Katie McCausland (Costain & Reading University) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
A BIM-enabled collaborative platform in practice #COMIT2016Comit Projects Ltd
Presentation by Esra Kurul & Tim Carey (Willmott Dixon Construction, Scape & Oxford Brookes University) at COMIT 2016: Digitally Building Britain, September 2016
More information: http://www.comit.org.uk/liveblog
it is presentation for future of robotics in 4 industrial revolutions. It has the content all about the mechatronics engineering. Again, I did a collection for all the resources together. here I use this info in a presentation for a seminar. here I share this to all the people who need this for technological resources. For the students of computer science, it is a collection for their research topic at a time.
In recent years, advancements in sensor and automation technologies have developed increasingly flexible, accurate, and affordable robotics solutions.
With the improved price / performance ratio, the adoption of next-generation robots will likely intensify in the coming years.
Robotics is rapidly transforming the way humans live and work, and will continue to grow due to the ongoing trend toward automation and continued innovative technical improvements in industrial robots. This report summarizes some important trends. It is an excerpt of our Detecon Radar.
IBM Watson & Cognitive Computing - Tech In Asia 2016Nugroho Gito
1. The document provides an overview of cognitive computing, including a brief history of artificial intelligence and significant events that have shaped the evolution of cognitive computing.
2. It discusses what cognitive computing is, how it differs from traditional analytics by addressing ambiguous problems and interacting with humans in a natural way.
3. The document outlines how cognitive computing adoption has increased, providing examples of IBM Watson's applications in various industries and technologies like the Watson Developer Cloud that allow developers to access cognitive capabilities through APIs and tools.
50th Anniversary Keynote for Korean Testing LaboratoryJerome Glenn
The document discusses emerging and converging future technologies like artificial intelligence, robotics, 3D printing, synthetic biology, and their synergistic effects. It argues these technologies, combined with computational science and Moore's law, will accelerate progress faster than any individual technology. The document advocates developing collective intelligence systems to help anticipate, manage and guide technological change, for example to help the Korean Testing Laboratory strategize and stay ahead of emerging opportunities. It also briefly discusses some implications of these technologies for the future of work, consciousness, and testing methods.
This document discusses emerging technology trends in IT, including artificial intelligence, big data, internet of things, cloud computing, augmented reality and virtual reality, and blockchains. It provides examples of how these technologies are being applied and developed. It also discusses concepts like industrial intelligent automation, intelligent transportation systems, the future of work, and characteristics of future IT platforms.
This document discusses artificial intelligence and its role in the metaverse. It begins by introducing key terms related to the metaverse like virtual reality, augmented reality, blockchain, and AI. It then discusses several technical aspects of the metaverse that AI can enhance, such as natural language processing, machine vision, blockchain, networking, digital twins, and neural interfaces. It also provides an overview of the economic system of the metaverse and how it differs from the conventional economy. Finally, it discusses challenges to developing AI for the metaverse, such as limited training data for image and video understanding.
This document discusses trends in generative AI and data analytics for higher education institutions. It provides an overview of current and future technologies including OpenAI, cloud computing, artificial intelligence, generative AI, the Internet of Things, the metaverse, large language models, and McKinsey & Company tech trends. The event was organized by the Association of Self-Financing Arts, Science & Management Colleges of Tamilnadu and featured presentations by experts from Wise Work on these topics and their applications for education.
Futuristic World with Sensors and Smart Devices [ Electronics Rocks'14Samarth Shah
Sensors and smart devices will play a large role in creating an interconnected futuristic world. Examples like Microsoft Kinect and Leap Motion use sensors for gesture recognition, while smart watches like Pebble use sensors to provide notifications. Case studies like OpenRelief and OpenROV demonstrate how sensors can gather environmental data and help with disaster relief. Large research projects like RoboBrain aim to advance machine learning and create intelligent systems through accumulating data from sensors and the internet. The future may see many more intelligent and interconnected sensors and devices.
Internet of Things - The Tip of the Iceberg or The Tipping PointDr. Mazlan Abbas
Dr. Mazlan Abbas gave a presentation on the Internet of Things. The presentation covered several key points:
1. The Internet of Things refers to connecting physical devices to the internet and to each other. Billions of devices are expected to be connected by 2020.
2. Organizations are looking to implement IoT solutions to gain more visibility into operations and make smarter decisions. Over 50% of organizations plan to implement an IoT solution in the next 24 months.
3. IoT enables the collection and analysis of large amounts of data from connected devices. This data can provide new insights and knowledge. However, challenges remain regarding technologies, standardization, security and privacy.
Artificial intelligence aims to create machine intelligence comparable to human intelligence. It has applications in robotics where robots can perform tasks too dangerous or tedious for humans. AI allows robots to sense their environment, compare inputs to expectations, and complete tasks with increased dexterity, safety, and intelligence. Robotics is used in industries, the military, medicine, exploration, and entertainment. Programming languages like Lisp, Python, Prolog, Java, and C++ are used to develop AI and machine learning helps robots and applications learn from data to improve performance over time.
Artificial intelligence for Engineers unit1SURBHI SAROHA
The document discusses the evolution and approaches of artificial intelligence (AI). It begins with a brief history of AI from its origins in 1956 to recent decades where machine learning has been applied successfully. Four main approaches to AI are described: reactive machines, limited memory, theory of mind, and self-awareness. The document provides examples of each approach. It also discusses what skills and topics engineers should understand to work in AI, such as programming languages, algorithms, and deep learning. Emerging technologies related to AI like robotics, blockchain, and cybersecurity are outlined. Finally, some key ethical concerns regarding AI like job loss, imperfect systems, and bias are listed.
Keynote speech given by Mark Billinghurst at the QCon 2018 conference on April 22nd in Beijing, China. The talk identified important future research directions for Augmented Reality.
Webinar on AI in IoT applications KCG Connect Alumni Digital Series by RajkumarRajkumar R
The Artificial Intelligence in IoT Applications. Take your first step towards a bright future with our renowned alumnus,
Prof R. Raj Kumar on AI for IoT Applications.
He is an award wining author of the book, ‘India 2030’.
To get access to the webinar kindly contact your respective department heads.
Looking forward to having you on the webinar.
.
.
.
#KCGCollege #KCGStudentlife #KCGConnect #Education #EmergingTechnologies #ArtificialIntelligence #IoT #MachineLearning #BlockChain #ElectricVehicle #QuantumTechnology #CAD
Dwatches just to check time and date, as they
were supposed to perform that task only. Now
the arrival of smart watches has drastically changed
the scenario. Humans can now check their heartbeat
rate, calorie count, steps walked, and what not,
through their smart watches.
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Tools for the Future of the Digital Infrastructure Lifecycle - #COMIT2016
1. Digitally Building Britain #COMIT2016
28th/29th September 2016. London, UK.
Francis Rabuck, Principal Research Consultant
Tools for the Future of the Digital Infrastructure Lifecycle
As a new era of Digital Infrastructure arrives, we have to ask ourselves
are we prepared?
How will we design, build and measure Infrastructure through the 4th
Industrial Revolution? How will government, industry, jobs and society
change to adapt? Like Godzilla gods we plan to build and destroy cities
with budgets we can’t even imagine, and maybe can’t afford.
The machinery of past eras, our construction equipment, our digital
planning and collaboration, even our current digital drawings and
methods will not be enough. We need to create a new era of ideas,
tools and applications for this Era of Mass Construction – and do it
quickly!
Robotics, Artificial Intelligence, Drones, Autonomous Vehicles, VR/AR,
NextGen Computing, Sensors, Image capture, Data Tracking and
Collaboration, User Interfaces (UX) and Measuring Tools are just a few
of the technologies we’ll discuss that are emerging to conquer this Era.
2. “Great” to be back for Year 5!
• “Make America Great Again”
• “Great Gatsby”
• “Great” Britain
3. Mobile Future
• COMIT roots are Mobile
• Mobile is still central to IoT
• Future of Everything Digital
• …but “Mobile” is being Redefined
7. CHIPS of the FUTURE – AI
• Artificial intelligence (AI) has relied on energy-
hogging fast processors and large datasets for
training neural networks – both of which
presupposed centralized computing
architectures. But today, more powerful chips
are lettingAI escape from centralized, cloud-
based systems and move out to devices at the
edge of the network. Among incumbents, Intel
spent a whopping $16.7 billion on AI chipmaker
Altera; Google is developing an AI chip called
Tensor and working with Movidius to put AI on
a USB stick; and Nvidia has dropped $2 billion
so far on itsTesla graphics chip for machine
vision and other AI tasks. At the same time,
startups like krtkl, KnuEdge, Nervana, MIT’s
Eyeriss, and China’s Horizon Robotics are all
developing new chips to bring AI to robots,
self-driving cars, and other things in the
Internet ofThings (IoT) that have to operate
independently with an intermittent network
connection – an IoT without the Internet.
9. GoFetchCode
• Finds your regulatory code
in a snap
• Bookmarks important
codes
• Remembers your previous
questions
• Easily navigates and cross
reference
11. Mobile Apps – OUT, ChatBots - IN
• Voice is becoming the new UI for applications
• Backend intelligent applications that converse
are replacing Mobile apps…Siri was just the
beginning
• VIV and other new companies emerging in the
market
12. Beacons of Hope – Extending the Where of GPS
http://www.aislelabs.com/reports/beacon-guide/
20. Collaborative Robotics,
Cooperative Robotics =CoBots
• Collaborative Robtics – MainstreamTrend for robots safely working
with Humans (who also typically train them on a task)
• Cooperative Robotics – FutureTrend – Robots working with each
other, swarming, ground-air, etc.
• Merging of these to define CoBots era
23. Senses/Sensors
Sight or vision
Capability of the eyes to focus and detect images, color, light,
brightness and shapes.
Hearing/Auditory – Voice Recognition
Ability to perceive sound by detecting vibrations,
changes in the pressure over time.
Touch
Touch, or somatosensory, is a perception resulting from activation
of neural receptors, generally in the skin and includes pressure
sensitivity.
Taste Olfactory (Smell)
Capability of the eyes to focus and detect images, color,
light, brightness and shapes.
24. 6th Sense and 7th Sense
Vestibular
The vestibular system explains the
perception of our body in relation to gravity,
movement and balance. The vestibular
system measures acceleration, g-force,
movements and head position.
Source: http://www.7senses.org.au/
Proprioception
Proprioception is the sense of the
relative position of neighboring parts of
the body and strength of effort being
employed in movement.
25. Vision
• Vision Advancement from Google, Microsoft, IBM (Watson) and
other large research
• Mostly in image recognition
• Acceleration in the market because of AR/VR
26. AR? – Ricoh Theta S
• 360/Spherical/PanoVideo Capture
• Real – Reality
• Site Capture/WalkThru/Inspections
• Linking ofVideo Capture
28. Snap Extensions
• SnapChat – Now Snap – announces Google-like Glasses
• Video Capture Only
• $129 – estimated price
29. Vision – No Cameras
• Photogrammetry
• LiDAR
• IR
• Ultrasound
• Hyperspectral Imaging
• Temperature sensing (Heat Maps)
• Digitally Created from Models and 3D Navigation
• RFID-UWB (UltraWide Band)
32. Drone Vision - Thermal Imaging
CWSI – AgTech Crop Water Stress Index
33. Some Work in 2015 on Vision
IEEE EmbeddedVision Workshops on RoboticsVision
http://cvisioncentral.com/evw2015
The EmbeddedVision Alliance
http://www.embeddedvision.com
http://embeddedvisionsummit.com
34. Voice (Auditory In/Out)
• Voice Recognition
• Listen to the sound wave
• Convert wave into text
• Understand text question
• Find the answer
• Convert answer from text to speech
35. Touch
End of Arm Terminators (EOAT)
• Robots are clumsy?
• Misconception – Robots can
beVERY precise…
Intuitive Surgical?
Beer Pong?
Gecko-like emulation?
37. Soft Robotics
• Research work on sensors, soft, rubbery material and electronics
• Major work in Boston area – Harvard, MIT –Wyss Institute
• Checkout the open source work and competition of the Soft Robotics
Toolkit.
38. Other Sensors
• Kinetic Sensors for movement and balance
• Often coupled with vision and orientation sensors family
• Emotional Sensors? Hanson Robotics and Jibo – facial rec and human
expression.
• Other emotional sensors (fear, danger, happiness, bodimetrics)
39. Challenges
• Multifunctional Robots
• Multimodal Input
• Sensor degradation over time
• Sensor standardization of measurements
• Social/Political Policy/Legislation
40. Future
• Smaller, Faster, Cheaper – Pick all
• Increasing Data Science/Analytics Improve
Results
• Post Processing to RealTime Processing (Cloud-
Based)
• Multi-sensor integration on a chip
• Brain Integration with Robotics
• Modularization of Components
• ROS – Open Source Movement
• Voice – dominant interface from toys to
appliances
41. China
• Foxcon replacing
factory of low cost
workers with lights
out robots
• China buys ARM
• Heavy investment
in 3D Printing
• China buys Kuka
• China builds cities –
that are empty
42. Collaborative Robotics,
Cooperative Robotics =CoBots
• Collaborative Robtics – MainstreamTrend for robots safely working
with Humans (who also typically train them on a task)
• Cooperative Robotics – FutureTrend – Robots working with each
other, swarming, ground-air, etc.
• Merging of these to define CoBots era
44. Building Digital Infrastructure
SUPERMARKET YOUR STORE
Digital Airspace
Redefined:
Drones First,
Jetsons Next
Drones
Autonomous
Swarms
Sensors
Software
Digital
Signage
Billboards
BillBuildings?
80%
Digital Buildings
Cooperative? CoBuilds?
From SmartGrid to Smart
City
Digital Transportation
Autonomous Public
Transportation First,
Logistics/Supply Chain
Second,
Consumers Last
45. BIM & LEGOS – continued tomorrow
• B - I – M, I=?
• Information?
• Innovation?
• Investment?
• Tomorrow –Toys 4Techies and the LEGO Connection
• Questions now?
• Contact me or follow me:
• Twitter: @frabuck
• eMail: frabuck@att.net
• Linkedin: www.linkedin.com/francisrabuck