3D imaging using compressive line sensing serial imaging system

摘要

Originally proposed in SPIE DSS'13, the compressive line sensing (CLS) imaging system adopts the paradigm of independently sensing each line and jointly reconstructing a group of lines. Such system achieves "resource compression" and is still compatible with the conventional push-broom operation mode. This paper attempts to extend the CLS concept, originally developed to effectively acquire scene intensity images in a scattering medium, to 3D scene reconstruction through the adoption of a temporal-spatial measurement matrix. The sensing model is discussed. Simulation results are presented as part of this work.