This study describes various methods for optical imaging through scattering media based on compression detection. In these methods, low-intensity micro-structured light patterns are launched sequentially onto an object by using a digital micro-mirror device. The corresponding light intensity information is collected and an intensity correlation algorithm is used to recover the information of the object in the scattering media. For each specific sampling reconstruction method, its related systems are listed and its parameter indicators and application scenarios are analyzed. Prospects for the development of single-pixel imaging through scattering media are also discussed.
Several types of optical imaging methods in scattering media are described in this paper. For each method, the relevant studies and typical systems are listed, and their parameter characteristics and applicable scenarios are analyzed. Prospects for the development of optical imaging technology in scattering media are discussed.
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