A presentation focused around the idea & realisation of the Museum Egg, a device that a visitor can carry around during their visit to see which exhibits they stop in front of the longest
Eric Mattison, Senior Analyst at Vertex Pharmaceuticals and former ABCD W3 co-chair, will explain how the Internet of Things (IoT) is being used to streamline scientific processes, shortening the time-to-market for life-saving drugs. The talk will include:
- What is IoT? Just another buzzword to get budget allocation from C-level executives, or an actual game-changer?
- How we got here: the technologies and economics that make IoT possible
- Implementations, large and small (the small ones are the most interesting)
Bio
Before selling out to almighty Mammon, Eric Mattison was an impoverished journeyman web serf here at Harvard, extolling the virtues of Python, Django and web APIs. Now a Senior Analyst at Vertex Pharmaceuticals, he works to streamline internal business processes using Python, Django and web APIs.
(This presentation occurred on October 11th, 2017)
Locative Media And Responsive EnvironmentsJeff Watson
This presentation explores the evolution and trajectory of ubiquitous computing technologies that enable designers to embed media artifacts and computational systems in physical space. By placing custom bar code glyphs, GPS/Google Earth markers, sensor systems or other smart-phone-readable triggers in physical locations, designers can create hyperlinks connecting real-world objects or places with a wide variety of media -- from video, audio and text content to dynamic data feeds and opportunities for interactions with both human and non-human agencies. Crucially, however, this layering practice does not stop at the level of the hyperlink or the traditional notion of Augmented Reality. Rather, designers are beginning to perceive opportunities for embedding responsive computational power in physical space, enabling environments to track, profile and communicate with their inhabitants, providing customized, adaptive and anticipatory user experiences.
Eric Mattison, Senior Analyst at Vertex Pharmaceuticals and former ABCD W3 co-chair, will explain how the Internet of Things (IoT) is being used to streamline scientific processes, shortening the time-to-market for life-saving drugs. The talk will include:
- What is IoT? Just another buzzword to get budget allocation from C-level executives, or an actual game-changer?
- How we got here: the technologies and economics that make IoT possible
- Implementations, large and small (the small ones are the most interesting)
Bio
Before selling out to almighty Mammon, Eric Mattison was an impoverished journeyman web serf here at Harvard, extolling the virtues of Python, Django and web APIs. Now a Senior Analyst at Vertex Pharmaceuticals, he works to streamline internal business processes using Python, Django and web APIs.
(This presentation occurred on October 11th, 2017)
Locative Media And Responsive EnvironmentsJeff Watson
This presentation explores the evolution and trajectory of ubiquitous computing technologies that enable designers to embed media artifacts and computational systems in physical space. By placing custom bar code glyphs, GPS/Google Earth markers, sensor systems or other smart-phone-readable triggers in physical locations, designers can create hyperlinks connecting real-world objects or places with a wide variety of media -- from video, audio and text content to dynamic data feeds and opportunities for interactions with both human and non-human agencies. Crucially, however, this layering practice does not stop at the level of the hyperlink or the traditional notion of Augmented Reality. Rather, designers are beginning to perceive opportunities for embedding responsive computational power in physical space, enabling environments to track, profile and communicate with their inhabitants, providing customized, adaptive and anticipatory user experiences.
Unusually conductive materials from ZAxis tape to Etextiles, from pencil graphite to inkjet ptinting: towards a lighter, cheaper more wearable electronics
Shift to the future – the technological disruption of learning and work - cio...Brian Kuhn
We live in unprecedented times... technology is disrupting learning and work as we know it. Machines are taking over more and more jobs and we need to be preparing this generation for a very uncertain unpredictable rapidly changing world. Education needs to shift to a world of abundant knowledge, leveraged through networks, and knowledge engines. CIO's need to be futurists and guides for their organizations to lead them forward into the future.
While the use of online instructional technologies allows the presentation of theoretical science materials, how do we deal with the fact that such courses often include hands-on labs? Laboratory simulations can only provide a solution for online students in a limited and often artificial way. Nearly 20 years ago, Athabasca University developed a solution to the problem of students having to travel to complete their lab work. Emerging technologies at the time allowed for quantitative physics labs to be sent to students as a small kit. The physics initiative was so successful, with over 5,000 students served, that it was picked up in other fields at Athabasca University.
Over the years, such material has become cheaper, easier to use, and more integrated with modern computers. Athabasca is now pioneering ways to put real labs directly onto the internet. In this session, the methods used to make real lab experiences available to online students will be discussed, and some of them demonstrated.
Mobile technology has made the Internet of Things (IoT) possible. With wifi powered light bulbs, thermostats we can control from our phone and devices that tell us how much energy we’re using in our homes/businesses the sky’s the limit. In this session Nicole Engard will walk you through what technologies are out there for your home and library. She will cover how to keep yourself secure and discuss future design ideas for the Internet of Things’ usefulness in our libraries.
Hard curves, soft electronics - code, tech & textilesRain Ashford
My opentech 2011 talk on LilyPad Arduino and wearable technology pieces that I've made using the LilyPad. I've had to take the videos out to get the slides under 100 mb.
Koerber and Sauers look at a variety of technologies currently having an impact on libraries and library service - from pervasive mobile connectivity to crowdfunding to smart homes - and some of the privacy and security issues surrounding them. At the end, they'll present a checklist of ways to keep on top of current trends and to anticipate what's coming next.
Buy Innovative Electronic Kits For Your Kids.pptxCuriouskidzz
Do you like to help your children in developing interesting scientific concepts? Buy the best electronic kits for your kids and engage them in the world of science and technology. https://curiouskidzz.com.au/product-category/electronics
UGM 2022: Open Source Biological Art and DIY / DIWO Scientific InstrumentsMarc Dusseiller Dusjagr
Overview of transdisciplinary approach bridging art and science in the global hackteria network.
Concrete examples of building low-cost scientific laboratory equiment.
Various DIY electronics for data logging.
what is art?
Unusually conductive materials from ZAxis tape to Etextiles, from pencil graphite to inkjet ptinting: towards a lighter, cheaper more wearable electronics
Shift to the future – the technological disruption of learning and work - cio...Brian Kuhn
We live in unprecedented times... technology is disrupting learning and work as we know it. Machines are taking over more and more jobs and we need to be preparing this generation for a very uncertain unpredictable rapidly changing world. Education needs to shift to a world of abundant knowledge, leveraged through networks, and knowledge engines. CIO's need to be futurists and guides for their organizations to lead them forward into the future.
While the use of online instructional technologies allows the presentation of theoretical science materials, how do we deal with the fact that such courses often include hands-on labs? Laboratory simulations can only provide a solution for online students in a limited and often artificial way. Nearly 20 years ago, Athabasca University developed a solution to the problem of students having to travel to complete their lab work. Emerging technologies at the time allowed for quantitative physics labs to be sent to students as a small kit. The physics initiative was so successful, with over 5,000 students served, that it was picked up in other fields at Athabasca University.
Over the years, such material has become cheaper, easier to use, and more integrated with modern computers. Athabasca is now pioneering ways to put real labs directly onto the internet. In this session, the methods used to make real lab experiences available to online students will be discussed, and some of them demonstrated.
Mobile technology has made the Internet of Things (IoT) possible. With wifi powered light bulbs, thermostats we can control from our phone and devices that tell us how much energy we’re using in our homes/businesses the sky’s the limit. In this session Nicole Engard will walk you through what technologies are out there for your home and library. She will cover how to keep yourself secure and discuss future design ideas for the Internet of Things’ usefulness in our libraries.
Hard curves, soft electronics - code, tech & textilesRain Ashford
My opentech 2011 talk on LilyPad Arduino and wearable technology pieces that I've made using the LilyPad. I've had to take the videos out to get the slides under 100 mb.
Koerber and Sauers look at a variety of technologies currently having an impact on libraries and library service - from pervasive mobile connectivity to crowdfunding to smart homes - and some of the privacy and security issues surrounding them. At the end, they'll present a checklist of ways to keep on top of current trends and to anticipate what's coming next.
Buy Innovative Electronic Kits For Your Kids.pptxCuriouskidzz
Do you like to help your children in developing interesting scientific concepts? Buy the best electronic kits for your kids and engage them in the world of science and technology. https://curiouskidzz.com.au/product-category/electronics
UGM 2022: Open Source Biological Art and DIY / DIWO Scientific InstrumentsMarc Dusseiller Dusjagr
Overview of transdisciplinary approach bridging art and science in the global hackteria network.
Concrete examples of building low-cost scientific laboratory equiment.
Various DIY electronics for data logging.
what is art?
A talk given at Winchester Creatives, about learning through making. "Making is the opposite of ‘talking about it’. Making is fact and everything else is opinion". May 2017
New ways of working - Collaboration between Kendra Horsburgh & Redweb LabsDavid Burton
A talk about our recent Discover Artist in Residence project for "New Tech: New Movement: New Future" event at Pavilion Dance South West, 22 April 2017
Labs.Redweb - Agency Briefing: The Internet Of Things David Burton
The good, the bad, & the ugly of the Internet of Things
An agency briefing on the latest area of investigation for Redweb Labs: The Internet of Things
Our view from the starting blocks and the questions and issues we've lined up to be investigated further over the coming months
A slide deck for a 30 minute talk about how we approach innovation at Redweb.
Redweb is a UK based digital agency. We are proud to have a strong culture of innovation that runs through our production studio as well as being focused in our innovation Labs.
(There's notes behind most slides to help them make more sense on their own)
An introduction to Redweb Innovation LabsDavid Burton
A concise set of slides introducing Redweb Labs, the innovation cell at Redweb, a UK based digital agency.
This deck outlines our objectives and highlights a few recent projects
Building a Raspberry Pi Robot with Dot NET 8, Blazor and SignalR - Slides Onl...Peter Gallagher
In this session delivered at Leeds IoT, I talk about how you can control a 3D printed Robot Arm with a Raspberry Pi, .NET 8, Blazor and SignalR.
I also show how you can use a Unity app on an Meta Quest 3 to control the arm VR too.
You can find the GitHub repo and workshop instructions here;
https://bit.ly/dotnetrobotgithub
Google Calendar is a versatile tool that allows users to manage their schedules and events effectively. With Google Calendar, you can create and organize calendars, set reminders for important events, and share your calendars with others. It also provides features like creating events, inviting attendees, and accessing your calendar from mobile devices. Additionally, Google Calendar allows you to embed calendars in websites or platforms like SlideShare, making it easier for others to view and interact with your schedules.
53. super team happy club
Science Museum
London Digital Lab
Hackathon
“What would you do if the Science Museum and its
data were your creative playground for 2 days?”
83. Science museum’s beacons
Security of beacons
Power life of beacons
Granularity of exhibit cases
Manufacturing costs
Non return vs user value
Customer service point & automation
Ownership & other museums
Data storage & dashboard
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