Technology Overview
Ultra-High-Speed Dynamic Vision Technology.
Ultra-high-speed dynamic vision technology is an algorithm technology developed with event cameras. The event-driven vision technology is a biomimetic sensing technology based on the human eye's high attention to moving objects.
It solves the problem that conventional RGB cameras often suffer from motion blur under high-speed movement due to insufficient frame rates. At the same time, the low dynamic range of pixels, imaging quality constrained by environmental lighting, and the need to process the pixel count of frame in each moment are pain points that require extremely high computational power and energy.
This technology can predict in real time the relative motion of objects at speeds exceeding hundreds of kilometers per hour regardless of size and shape under poor ambient light conditions such as too bright or too dark, and then take subsequent actions such as capture or dodge. Furthermore, events are sparsely generated and do not occur all the time. Lower computing power and energy requirements are an important part of energy-saving computing.
Applications & Benefits
This dynamic vision sensing technology features low data transmission, fast response, high dynamic range, and low power consumption. It is suitable for factory inspection, people counting, environmental perception of unmanned systems, driver and occupancy monitoring in vehicles, etc. Since the output data lacks color information and detail features of people or objects, there will be no privacy issue. Thus, it is also ideal for the detection of accidental events in hospitals and homecare.