We present two different monolithic imagers in a 0.35 μm cost-effective CMOS technology, based on high performances Single Photon Avalanche Diodes (SPADs), for long-range time-of-flight (TOF) and short-range phase-resolved depth ranging. The combination of 2D and 3D information provides useful information in surveillance and automotive applications
Systems for 3D image acquisition are the enabling technology for a number of applications such as ar...
The growing interest for fast, compact and cost-effective 3D ranging imagers for automotive applicat...
We present an optical 3-D ranging camera for automotive applications that is able to provide a centi...
We present two different monolithic imagers in a 0.35 μm cost-effective CMOS technology, based on hi...
Combined 2D imaging and 3D ranging sensors provide useful information for both long (some kms) and s...
We present two 0.35μm CMOS pixels for indirect time-of-flight range-finding, with single-photon ava...
We present a 3D-ranging camera based on the optical indirect Time-of-Flight technique, suitable for ...
Three dimensional (3D) image acquisitions is the enabling technology of a great number of applicatio...
The growing interest for fast, compact and cost-effective 3D ranging imagers for automotive applicat...
This paper presents a camera prototype for 2D/3D image capture in low illumination conditions based ...
Systems for 3D image acquisition are the enabling technology for a number of applications such as ar...
The growing interest for fast, compact and cost-effective 3D ranging imagers for automotive applicat...
We present an optical 3-D ranging camera for automotive applications that is able to provide a centi...
We present two different monolithic imagers in a 0.35 μm cost-effective CMOS technology, based on hi...
Combined 2D imaging and 3D ranging sensors provide useful information for both long (some kms) and s...
We present two 0.35μm CMOS pixels for indirect time-of-flight range-finding, with single-photon ava...
We present a 3D-ranging camera based on the optical indirect Time-of-Flight technique, suitable for ...
Three dimensional (3D) image acquisitions is the enabling technology of a great number of applicatio...
The growing interest for fast, compact and cost-effective 3D ranging imagers for automotive applicat...
This paper presents a camera prototype for 2D/3D image capture in low illumination conditions based ...
Systems for 3D image acquisition are the enabling technology for a number of applications such as ar...
The growing interest for fast, compact and cost-effective 3D ranging imagers for automotive applicat...
We present an optical 3-D ranging camera for automotive applications that is able to provide a centi...
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