Brain Corp, an artificial intelligence company specializing in the development of self-driving technology for robots, has raised $114 million in a Series C funding round led by the SoftBank Vision Fund.
Brain has developed AI and self-driving technology to enable robots to perceive their environment, learn to control their motion, and navigate using visual cues and landmarks while avoiding people and obstacles.
For the first time a “tipping point” molecular link between the blood sugar glucose and Alzheimer’s disease has been established by scientists, who have shown that excess glucose damages a vital enzyme involved with inflammation response to the early stages of Alzheimer’s.
Abnormally high blood sugar levels, or hyperglycaemia, is well-known as a characteristic of diabetes and obesity, but its link to Alzheimer’s disease is less familiar.
In this exclusive article, Stuart Campbell, clinical sales development manager of the neurological products division at Renishaw, discusses key trends on the use of robotics in neurosurgery
The curious case of Phineas Gage is one of the earliest and most well known cases of serious brain injury. On September 13th, 1848, Gage was working as a railway foreman in Vermont when an explosion caused a three foot long iron rod to be propelled straight through his skull.
At the time, doctors thought it impossible to survive such an injury and his remarkable survival and reported personality changes affected the study of neuroscience forever. In recent years, a new technology is changing the face of neuroscience – robotics, which offers high precision access to a complex and sensitive region.
Scientists at the University of Sheffield have created a computer model of how bees avoid hitting walls – which could lead to a breakthrough in the development of autonomous robots.
Researchers from the Department of Computer Science built their computer model to look at how bees use vision to detect the movement of the world around them and avoid crashes.
Bees control their flight using the speed of motion – or optic flow – of the visual world around them, but it is not known how they do this. The only neural circuits so far found in the insect brain can tell the direction of motion, not the speed.
This study suggests how motion-direction detecting circuits could be wired together to also detect motion-speed, which is crucial for controlling bees’ flight.
Professor Alois Knoll, co-ordinator of the European Clearing House for Open Robotics Development (Echord), and one of the key scientists involved in the $1.5 billion-dollar Human Brain Project, speaks exclusively to Robotics and Automation News
It’s not every day you learn a new word you like. From my point of view, having been in journalism longer than I’d like to recall, it’s an interesting experience to be reminded of an extract from a biography of Dr Samuel Johnson, “father of the English dictionary”, written by James Boswell in 1791, which I read in my teens.
Cloud robotics are enabling robots to access large amounts of computing power that their bodies do not have the physical space to accommodate. Hundreds if not tens of thousands of servers are potentially at the service of small robots which can be in remote locations well away from the nearest supercomputer or data centre, only being connected by, for example, Wi-Fi or Ethernet.
This allows robots to call on powerful, cloud-based applications, such as speech recognition and language, when they are interacting with their users.
At the moment, most cloud robotics systems are linked to specific robots. So, for example, SoftBank’s Pepper robot is linked to the cloud robotics artificial intelligence system developed by Cocoro, another SoftBank company.
Pepper has about 25 onboard sensors to collect a wide range of information – sight, sound, touch and movement. That covers three of the five senses that human beings generally use, the two missing are taste and smell.