This event is in the past,See upcoming events here
This event is in the past,See upcoming events here
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Head of Business Development
Head of Business Development
Creative Lab Technologist
CEO & Founder
3D Printing and Scanning Expert
CTO & Co-Founder
Senior Research Scientist
Researcher and Lecturer
Senior Lecturer in Bioengineering
Professor of Microengineering
Senior Lecturer, Department of Automatic Control & Systems Engineering
Senior Clinical Research Associate
Founder and Academic Director
Royal Society Industry Fellow
Lecturer in Digital Health
Journalist and Broadcaster
Head of Human Locomotion Laboratory
Professor of Physics
Designer in Residence
CEO & Co-Founder
Research Associate, Institute for Computational Design
Editor in Chief
Lecturer in Swarm Robotics
Professor of Digital Urban Systems
Virtual Reality & High-end Visualisation Technical Lead
Never mind solar energy. Startup company Pavegen has created a product that converts the kinetic force from a footstep into electricity. “Every time someone steps on the tile, they generate seven watts of power. The energy is stored within batteries, and then used to power lighting when it’s needed. It’s an off-grid power source for cities.”
GoodAI has released open-source software called Brain Simulator that can be used to train a series of artificial neural networks in how to respond to stimuli from a game environment. Through trial & error, these networks can learn how to play a simple game. Several networks can be chained together to create more complex behavior.
Deep neural nets can now recognize your face in thermal images. Saquib Sarfraz and colleagues at KIT in Germany have worked out how to connect a mid- or far-infrared image of a face with its visible light counterpart for the first time. The trick they’ve perfected is to teach a neural network to do all the work.
Dr Vanessa Diaz and the medical researchers at the DISCIPLUS project want to create a future where every person has a virtual twin: 3D-modelled versions of medical patients that will exist in hospital databases to aid doctors in treating patients. Your virtual twin could be predicting your medical treatments in the future.
Research on swarming robots may lead to the use of tiny nanobots for micro-medicine - swarms of miniature drones that could attack harmful pathogens in the human body with microscopic precision. "We are developing Artificial Intelligence to control robots in a variety of ways," said Roderich Gross, head of the University of Sheffield's Natural Robotics Lab.
Simon Schultz and his research team aim to understand how information is processed by brain circuitry to benefit society in two ways: to understand and treat brain disorders such as Alzheimers and to extracting basic principles of information processing that can be used to build better machines: new parallel computing architectures.
The Portable Eye Examination Kit (Peek) aims to improve opthalmic health in low-income countries by adapting smartphones with clip-on hardware and an app. Mario Giardini will share news on how the app scans eyes to help combat blindness.
The main objective of BioMot, the project José Luis Pons is leading on, is to improve existing wearable robotic exoskeletons exploiting dynamic sensory-motor interactions and developing cognitive capabilities that can lead to symbiotic gait behaviour in the interaction of a human with a wearable robot.
William Souillard-Mandar and team have created a new dementia-prediction tool that could diagnose conditions earlier, and with greater accuracy by using digital pen technology. The test demonstrates how people perform when it comes to verbal understanding, memory, and spatial knowledge, and is used to detect Parkinson's and Alzheimer's.
Solar-powered cars could become standard "within 30 years" says the team behind the world's "first solar-powered family car". "There's so much energy from the sun that's not being used," Solar Team Eindhoven explains . "It's still quite expensive to build [a solar-powered car], but within about 30 years solar cars could be a realistic way of transportation."
QuantuMDx has a working prototype for a device intended to quickly test a sample of blood, sputum or even tumor cells for genetic markers that provide information to guide a doctor's decisions on how to treat a patient. "We want to put a full diagnostic test into the palms of health professionals' hands," said Elaine Warburton.
With smart textiles we can "download new colours or patterns" to our clothes, said Francesca Rosella, Creative Director at CuteCircuit. "By embedding nanotechnology into fabrics, we can create "smart textiles" that are conductive, or even computational. Now through nanotechnology, some fabric can be coated with particles of silver or gold to become a conductive fabric.
Moritz Dörstelmann and team at the Institute for Computational Design have constructed a bionic research pavilion. The focus of the project is a parallel bottom-up design strategy for the biomimetic investigation of natural fiber composite shells & development of novel robotic fabrication methods for fiber reinforced polymer structures.
With the creation of so many data points defining our behaviours, activities, & locations, the next step in emerging tech is a service that consolidates our experience. A mash-up of the powerful NLP of IBM’s Watson, the voice-activated intelligent assistance of Siri, the productivity enhancement of Google Now, and the biometric & physiological quantifying of the self through wearables.
Drawing in 3D will soon be as "intuitive as sketching with paper". Hear from Pierre Paslier, Co-Founder of the revolutionary Gravity Sketch 3D drawing pad. "Gravity Sketch is a tool for creatives to quickly sketch out ideas in 3D space. It's a bridge between paper and computer."
Andrew Hudson-Smith, from UCL aims to cover everything relating to sensing, mapping and visualising digital technologies in urban environments, with a view towards smart cities, smart places and urban technology.
Discover cutting-edge technologies on the horizon from the world's leading innovators & scientists. Learn from experts in emerging technologies such as smart materials, sensors, IOT, robotics, renewable energy, personalised medicine and future cities.
A unique opportunity to interact with leading scientists, entrepreneurs, influential businesses & exciting startups in the very same place. What happens when you put leading thinkers, makers & doers in the same room? Meet fellow innovators with the same passion to change the world.
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Chief Knowledge Officer, NASA
"Excellent event. Good combination of highly technical and broader presentation that gave me a good understanding of the current state and potential of the Deep Learning" RE•WORK Deep Learning Summit San Fran 2015
Director of IoT Market Strategy, Xively
"'I’ve been to countless IoT events, and this was hands down one of the most interesting. It was nice to see actual people building actual connected products giving their perspective." RE•WORK IoT Summit Boston 2015
Future & Emerging Technologies Unit
"RE•WORK provided a unique mix of technology, from the exploration of latest scientific findings to startups that can make them a reality" RE•WORK Technology Summit London 2014
21 September 2016, London
The Deep Learning Summit is the next revolution in artificial intelligence. Explore the impact of image & speech recognition as a disruptive trend in business and industry. How can multiple levels of representation and abstraction help to make sense of data such as images, sound, and text. Hear the latest insights and technology advancements from industry leaders, startups and researchers.
02 November 2016, New York
The Machine Intelligence Summit: where machine learning meets artificial intelligence. The rise of intelligent machines to make sense of data in the real world. Learn from the industry experts in speech & image recognition, natural language processing and computer vision. Explore how AI will impact transport, manufacturing, healthcare, retail and more.
28 February 2017, London
The Deep Learning in Healthcare Summit will explore recent breakthroughs in technical advancements and healthcare applications, from algorithms that learn to recognise complex patterns within rich medical data, to analysing real world evidence for personalised medicine, to discovering the sequence specificities of DNA- binding proteins and how it can aid genome diagnostics.