ToF sensors can be used in a range of consumer, automotive and industrial applications, including combining artificial intelligence with 3D imaging to enable a variety of smart sensing and recognition capabilities to change the limitations of traditional 2D vision.
Due to its small size, high precision, and easy integration, tof sensor is very suitable for AR/VR. In addition to using tof sensor for AR measurement and AR games on mobile devices, related technologies are also applied to AR and VR glasses. For example, the DOMI tof sensnor DM_DTOF2002C0 series can provide accurate plane scanning and positioning capabilities for various AR/VR applications.
Due to its robustness, high accuracy and high performance in low light, the tof camera is very suitable for AR and VR applications. The tof camera plays a cooperation role in AR/VR. First, the tof camera can quickly and accurately detect the depth information without much calculation and power consumption, which is equivalent to a relay
At present, many smart phones have joined 3D technology, and a very important route of 3D technology is ToF, and major mobile phone manufacturers have corresponding models. About the principle of ToF camera, there have been many articles introduced before, today we will talk about the calibration that is very important for ToF camera.
ToF camera can accurately measure objects, and accurately measure within a short period of time, not affected by humidity, air pressure and temperature, suitable for indoor and outdoor applications. So how does tof camera measure objects? How to obtain the measurement data of an object?
In the past two years, DOMI has launched tof camera series products and gradually applied to major smart homes, such as robot vacuum, smart door locks, etc. For example, the DOMI DMOS5030A/5031A tof camera series are more used in obstacle recognition and stair detection of robot vacuum,
With the development of IoT, the demand for 3D technology has become more and more. A large number of recognition no longer depends on people, but robots are required to perform autonomous object recognition. How to empower 3D recognition functions on robots has become very important.
DOMI latest ToF Camera DM-RD-5001A has flexible configurability to show excellent camera performance at various distances, light source conditions and use conditions. At the same time, the low-power ToF camera provides technologies such as real-time augmented reality
Compared with other depth cameras, the illumination provided by the ToF camera emitting laser (VCSEL) transmitter is completely safe for the eyes. unlike traditional cameras, systems based on ToF camera can work at night and during the day. If the ToF camera uses only a small part of the infrared spectrum and has narrow-band sensitivity, the system has high immunity to sunlight interference.
On the basis of industrial development, ToF sensors can be applied to intelligent automation applications: ToF sensors are supplement to other sensors in industrial robots or self-driving cars in factories or warehouses. Industrial robots with ToF sensors for target detection and motion prediction can fully perceive the environment,
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