Impulse-response signals measured by a highly-time-resolving CMOS image sensor in time-of-flight range imaging are analyzed and understood with a phasor plot method where frequency components are normalized by the total intensity and a silver-coated diffuser without sub-surface scattering is utilized as a reference.
（英）
Impulse-response signals measured by a highly-time-resolving CMOS image sensor in time-of-flight range imaging are analyzed and understood with a phasor plot method where frequency components are normalized by the total intensity and a silver-coated diffuser without sub-surface scattering is utilized as a reference.