Scientists have created a robot that may be able to help the elderly perform tasks amid a shortage of nurses in the UK. Named Baxter, it has two arms and 3D printed'fingers', allowing it to step in when a person is struggling with things such as getting dressed. Artificial intelligence allows the robot to detect when assistance is needed and learn about the owners difficulties over time. When it's ready for use in healthcare settings, it could help free up the time of staff so they can do other work. There are around 40,000 nurse vacancies in NHS England, which is expected to double after Brexit, according to figures.
The UK government has developed a voracious appetite for artificial intelligence (AI), based on a promise of its apparently transformative power across myriad industries. From prime minister Boris Johnson's pledge to fund a £250m AI lab for the NHS, to the Department for Education's recently launched'AI horizon scanning group', AI is being lauded as a panacea to some of the most pressing issues society faces. Education is just one of the sectors that is meeting AI with open arms. As Matthew Jones at Perlego argued for this title, the opportunities being presented for AI to close educational accessibility gaps is exciting. In fact, educators, policymakers and investors are all being bombarded with messages related to AI's seemingly endless benefits in the classroom.
Perspecta Inc. announced that its innovative applied research arm, Perspecta Labs, was awarded a prime contract from the U.S. Defense Advanced Research Projects Agency (DARPA) to provide Photonic Edge AI Compact Hardware (PEACH) research under DARPA's Artificial Intelligence (AI) Exploration program. The contract, which represents new work for the company, has a total value of $1 million and work will be performed over 18 months. The goal of the PEACH program is to research and develop novel AI processing architectures in combination with innovative photonic hardware to enable breakthrough AI functionality with significant reduction in hardware complexity, latency and power consumption. Perspecta Labs will create a novel multiple-loop, delay-line reservoir computing architecture, an algorithm for specific emitter identification, and a scalable prototype hardware design in combination with innovative photonic hardware. "Perspecta Labs will draw on its rich portfolio of research and development in AI, photonics, radio frequency (RF) analytics, and systems engineering to deliver this work," said Petros Mouchtaris, Ph.D., president of Perspecta Labs.
The Matrix reached US cinemas just over 20 years ago and articulated society's fear of the power of artificial intelligence (AI) and its potential to overpower the human. The film taps into ongoing human anxiety around technology and our ability to control it, best epitomised by Mary Shelley's 19th century trope of the Frankenstein's Monster-- the notion that we may well lose control of our own creations as we strive to push the boundaries of science. The human relationship with technology remains a fraught one, but there is little question that AI has the potential to be revolutionary. The McKinsey Global Institute Study reported that in 2016 alone, between $8bn and $12bn was invested in the development of AI worldwide, and Goldstein Research predicts that by 2023, AI will be a $14bn industry. While few of us yet use driverless cars and interact regularly with the animated robots of another science fiction story, I Robot, AI is nonetheless beginning to affect our daily life.
The basis of applying deep learning to solve natural language processing tasks is to obtain high-quality distributed representations of words, i.e., word embeddings, from large amounts of text data. However, text itself usually contains incomplete and ambiguous information, which makes necessity to leverage extra knowledge to understand it.
We live in times of high-tech euphoria marked by instances of geopolitical doom-and-gloom. There seems to be no middle ground between the hype surrounding cutting-edge technologies, such as Artificial Intelligence (AI) and their impact on security and defence, and anxieties over their potential destructive consequences. AI, arguably one of the most important and divisive inventions in human history, is now being glorified as the strategic enabler of the 21st century and next domain of military disruption and geopolitical competition. The race in technological innovation, justified by significant economic and security benefits, is widely recognised as likely to make early adopters the next global leaders. Technological innovation and defence technologies have always occupied central positions in national defence strategies.
Fox News Flash top headlines for August 19 are here. Check out what's clicking on Foxnews.com Bernie Sanders has called for a complete ban on the police use of facial recognition. The Vermont senator's proposal to "ban the use of facial recognition software for policing" is part of his broader criminal justice reform agenda. Facial recognition technology has drawn the ire of lawmakers on both sides of the aisle, some of whom have called for a "time out" on its development.
Science-fiction can sometimes be a good guide to the future. In the film Upgrade (2018) Grey Trace, the main character, is shot in the neck. His wife is shot dead. Trace wakes up to discover that not only has he lost his wife, but he now faces a future as a wheelchair-bound quadriplegic. He is implanted with a computer chip called Stem designed by famous tech innovator Eron Keen – any similarity with Elon Musk must be coincidental – which will let him walk again.
Imagine being alive when the first commercial airline flight was flown or remember the first time you encountered an ATM. At first, these new technologies were cause for caution, and perhaps seemed a bit daunting and maybe even dangerous. After all, they were highly disruptive innovations that dramatically changed how we traveled and accessed our money but eventually, society recognized their benefits. We live in an era when another disruptive tool is on the cusp of transforming our world. Artificial intelligence has shown the potential to be the greatest workforce disruptor since the first industrial revolution.
AR and thermal imaging in the Qwake C-Thru mask could help firefighters better navigate burning buildings. With smoke, flames and a claustrophobic mask on, running into a burning building is a leap of faith. Firefighters are taught never to leave the wall, because they could become disoriented, run out of air and die. "The way we used to look for people was almost as if you were blind," said Harold Schapelhouman, fire chief of the Menlo Park Fire Protection District. That could change with technology like Qwake's C-Thru.