This brain simulator is to simulate the neurons from the level of electric circuit instead of using mathematic algorithm. This is the reason that the simulator has broken Von Neumann architecture. This simulator is not a computer, but it depends on neurons to process information. It implements the third generation of spiking neural network to transfer data, to simulate the working way of human brains. Westwell Brain has the largest number of neurons in the world and simulate in a real-time manner by 10 billion neurons. It can be used in brain science, such as Parkinson's Disease and Alzheimer disease, or any post trauma from neural impairment
When you are walking, at work, the wearable devices with DeepSouth or DeepWell chips can read the lesion locations in a real time manner with a consumption of less than 100 mw. It will largely save time for doctors and can be applied in the core system of medical robots or any other operation system.
The DeepWell chip can process 4 HD picture within 500 µs. So every front end device can realize finishing tasks in microseconds. It can recognize a particular person, cars and track accordingly e.g. in the densely populated areas to monitor, recognize and call the police.
By processing tasks locally, DeepWell will help to solve the recognition and unmanned hoisting and transportation problems.
DeepWell can recognize an object within µs, thus it can avoid obstacles on highway (more than 200 kilometers/hour)
With the strong ability to process data locally, DeepSouth and DeepWell will join the increasingly popular IoT including smart phones, portable devices, smart home terminal, wearable devices.
No matter it’s industrial robotic control system, or industrial auto-monitor system, DeepWell can all help them step into a new era of Brain-inspired intelligence with a high power to process tasks locally and in front-end.