Multiple wavelength time-of-flight sensor based on time-correlated single-photon counting
Gerald S. Buller(Heriot-Watt University), Ross D. Harkins(Heriot-Watt University), Aongus McCarthy(Heriot-Watt University), Philip A. Hiskett(Heriot-Watt University), Gordon R. MacKinnon(Heriot-Watt University), George R. Smith(Heriot-Watt University), Raymond Sung(Heriot-Watt University), Andrew Wallace(Heriot-Watt University), Robert A. Lamb(Qinetiq (United Kingdom)), Kevin D. Ridley(Qinetiq (United Kingdom)), John Rarity(Qinetiq (United Kingdom))
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Abstract
This article describes a time-of-flight sensor based on multiple pulsed laser sources which utilizes time-correlated single-photon counting. The sensor has demonstrated good performance at ranges of up to 17 km in daylight conditions. Analysis techniques were developed to examine the returns from targets containing more than one scattering surface.
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