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Coincidence in SPAD-based time-of-flight sensors

机译:基于SPAD的飞行时间传感器的巧合

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High ambient illumination reduces the range and target detection reliability in light-based 3D sensors. Raising the optical power of the artificial illumination source to overcome the influence of high ambient light is often not possible for systems with flash illumination due to eye safety constraints. The high timing resolution of single-photon avalanche diodes enables the search for photon concurrences in incident photon streams. In this paper a theoretical analysis of coincidence and its benefits for 3D sensors with single-photon avalanche diodes is presented.
机译:高环境照度会降低基于光的3D传感器的范围和目标检测的可靠性。由于眼睛安全的限制,对于具有闪光灯照明的系统,通常不可能提高人造照明源的光功率来克服高环境光的影响。单光子雪崩二极管的高时序分辨率使得能够在入射光子流中搜索光子并发。在本文中,对具有单光子雪崩二极管的3D传感器的巧合及其好处进行了理论分析。

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