3D TOF camera adopts VGA resolution, which can effectively perceive the depth information of the face and generate high-precision data;it has strong environmental adaptability, and can be successfully perceived in strong light, dark light, backlight and other environments .
TOF cameras have the advantages of high frame rate, strong light resistance, stable data, compact structure, and low computing load. The future development potential and application scenarios will become more and more extensive.
ToF camera DM_RGBD_5002A has the characteristics of high precision, high frame rate, easy integration, VGA data output, error is less than 1%, does not affect the recognition accuracy in backlight environment, ToF camera DM_RGBD_5002A can be used in outdoor, anti-strong light interference
DOMI ToF camera module is suitable for indoor and outdoor use. It can be used as a ranging tool for distance monitoring, robot obstacle avoidance, path planning, etc. It can also be used for drone height determination, ceiling detection and other fields.
DOMI provides a reliable, compact and cost-effective solution.latest ToF camera for people counting, DM_PS2601-VGA, provides 98% or higher accuracy. Has the ability to count multiple people entering or leaving a room, and can reject stationary objects and background features for highly accurate tracking. Welcome to consult.
ToF sensor has a wide range of applications, DOMI tof sensor can achieve the following applications in industrial environment
DOMI 5002A 3D ToF camera is a perfect solution for the logistics industry. 5002A is an industrial ToF camera launched by DOMI that can output color images and depth images at the same time.
ToF sensor: working principle is to continuously send light pulses to the target, and then use the sensor to receive the light returned from the object, and obtain the target object distance by detecting the flight time of these emitted and received light pulses. It is mainly divided into iToF (indirect) and dToF (direct).
TOF camera algorithm is simple, not affected by illumination changes and object textures, and has many advantages such as high resolution and relatively low power consumption, and is more suitable for close-range face recognition. Scenarios such as smartphones and smart door locks have great potential and are ideal solutions for face recognition applications.
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