Refael WhyteinChronoptics Time-of-FlightComparing Depth Cameras: iToF Versus Active StereoWe compare the Chronoptics KEA indirect time-of-flight depth camera to the Intel RealSense D435 active stereo camera across three…Jun 14, 20221Jun 14, 20221
Refael WhyteinChronoptics Time-of-FlightIndirect Time-of-Flight Depth Camera Systems DesignIndirect Time-of-Flight cameras are made up of many different components, their selection and integration are critical to deliver a…May 4, 20211May 4, 20211
Refael WhyteinChronoptics Time-of-FlightMultipath Interference in Indirect Time-of-Flight Depth SensorsIndirect Time-of-Flight depth sensors measure the distance from the camera to every pixel of the camera simultaneously. This is done by…Mar 22, 2021Mar 22, 2021
Refael WhyteinChronoptics Time-of-FlightThe Chronoptics PixelScopeThe Chronoptics PixelScope is a tool, analogous to an oscilloscope, for measuring the true optical response of indirect Time-of-Flight…Dec 2, 2020Dec 2, 2020
Refael WhyteinChronoptics Time-of-FlightPhase Wrapping and its Solution in Time-of-Flight Depth SensingWhat is Phase WrappingNov 23, 2020Nov 23, 2020
Refael WhyteinChronoptics Time-of-FlightHarmonic Aliasing (Wiggle Error) in Indirect Time-of-Flight Depth CamerasIndirect Time-of-Flight (iToF) depth cameras measure distance for each pixel. Ideally the measured distance is linear with the actual…Sep 17, 2020Sep 17, 2020