Aleks Krotoski explores whether technology has impaired our ability to wander. Now that off-grid is on-grid, and we can send emails from mountaintops, have we sacrificed the pleasure of travelling to discover the unknown? Produced by Victoria McArthur and researched by Elizabeth Anne Duffy in Edinburgh.
Tagged with “networks” (29)
A.I., artificial intelligence, has had a big run in Hollywood. The computer Hal in Kubrick’s “2001” was fiendishly smart. And plenty of robots and server farms beyond HAL. Real life A.I. has had a tougher launch over the decades. But slowly, gradually, it has certainly crept into our lives.
Think of all the “smart” stuff around you. Now an explosion in Big Data is driving new advances in “deep learning” by computers. And there’s a new wave of excitement.
Guests: Yann LeCun, professor of Computer Science, Neural Science, and Electrical and Computer Engineering at New York University.
Peter Norvig, director of research at Google Inc.
It begins to look as if we might have been wrong. All those predictions driving us forward throughout history have brought us finally to the unexpected realisation that the future is, suddenly, no longer what it used to be. Oops.
James Burke is a living legend. Or, as he put it, “No-one under the age of fifty has heard of me and everyone over the age of fifty thinks I’m dead.”
He is a science historian, an author, and a television presenter. But calling James Burke a television presenter is like calling Mozart a busker. His 1978 series Connections and his 1985 series The Day The Universe Changed remain unparalleled pieces of television brilliance covering the history of science and technology.
Before making those astounding shows, he worked on Tomorrow’s World and went on to become the BBC’s chief reporter on the Apollo Moon missions.
His books include The Pinball Effect, The Knowledge Web, Twin Tracks and Circles.
Journalist Andrew Blum explains what and where the Internet is physically. His book Tubes: A Journey to the Center of the Internet tells the story of the Internet’s physical infrastructure and chronicles the its development, explains how it works, and takes an in-depth look inside its hidden monuments.
Our brains are filled with billions of neurons. Neuroscientist Sebastian Seung explains how mapping out the connections between those neurons might be the key to understanding the basis of things like personality, memory, perception, ideas and mental illness.
In 2020 there will be nearly 10 times as many Internet connected devices as there are human beings on this planet. The majority of these will not have web browsers. When it comes to the "Internet of Things", web designers and developers are uniquely placed to create, connect and produce innovative new ways for these devices to be used. We are used to mashing up disconnected data sets, playing with APIs and designing for constantly moving standards in order to create compelling digital user experiences. "Old school" engineers are struggling to keep pace due to long processes for product and service design but as web creators we understand the value of rapid prototyping, user feedback and quick iterations. As developers, we play daily with a bewildering array of technologies that span networks, servers and user interfaces. As designers, we understand the nature of beautiful but usable technology. These skills, and our innate understanding of how interconnectedness enhances and creates engaging user experiences, mean that web creators will be critical for the next generation of Internet enabled Things in our world. From a potplant that tweets when it needs water to crowd sourcing pollution data with sensors on people’s windows and visualising it on Google Maps these are the new boundaries of the web creator’s skills. Have you ever dreamt of sending your phone to the edge of space to take a picture of a country? Or how about a robot you can control via a web browser? By exploring examples of things in the wild right now and delving into practical guidance for for getting started, this session will demonstrate how easy it is for web designers and developers to build Internet connected and aware Things. Andrew Fisher is deeply passionate about technology and is constantly tinkering with and breaking something — whether it’s a new application for mobile computing, building a robot, deploying a cloud or just playing around with web tech. Sometimes he does some real work too and has been involved in developing digital solutions for businesses since the dawn of the web in Australia and Europe for brands like Nintendo, peoplesound, Sony, Mitsubishi, Sportsgirl and the Melbourne Cup. Andrew is the CTO for JBA Digital, a data agency in Melbourne Australia, where he focuses on creating meaning out of large, changing data sets for clients. Andrew is also the founder of Rocket Melbourne, a startup technology lab exploring physical computing and the Web of Things. Follow Andrew on Twitter: @ajfisher Licensed as Creative Commons Attribution NonCommercial ShareAlike 3.0 Unported license (http://creativecommons.org/licenses/by-nc-sa/3.0/).
Economist and trend-spotter Jeremy Rifkin predicts that the evolution of energy production and distribution — from fossil fuels to more decentralized renewable energy — will transform the global economy. He joins us to discuss his latest book, "The Third Industrial Revolution: How Lateral Power is Transforming Energy, the Economy, and the World."
Spark presents a special hour of Marshall McLuhan-inspired programming called, Tomorrow Is Our Permanent Address, named after one of McLuhan’s own witty turns of phrase. Today marks the centenary of McLuhan’s birth, and what better way to celebrate than exploring the theories of a man who has been credited with predicting the future of technology.
Includes - Why The Medium is Still The Message - The Networked City - From Rare to Everywhere (and back again!) - The Googlization of Everything
From edge.org: http://edge.org/conversation/geoffrey-west
For the past few years Geoffrey West, a physicist former president of SantaFe Institute has been calling for "a science of how city growth affects society and environment".
After years of focusing on scalability of cities and urban environments, West, is now is bringing "some of the powerful techniques, ideas, and paradigms developed in physics over into the biological and social sciences". He is looking at a bigger picture and asking the following question: "to what extent can biology and social organization (which are both quintessential complex adaptive systems) be put in a more quantitative, analytic, mathemitizable, predictive framework so that we can understand them in the way that we understand ‘simple physical systems’?’
A few weeks ago on Spark, contributor Jonathan Gifford brought us inside the Cognitive Cities Conference in Berlin. One of the key people he met there was Adam Greenfield. Adam is founder and managing director of the urban-systems design practice Urbanscale and he thinks a lot about the future of the networked city, something he’s called urban computing.
Page 1 of 3Older