Sidong Wu's research while affiliated with Southwest Jiaotong University and other places

... Here, the geometry relationship of optical channels in eCley is derived and then the mathematical relation between the parallax and depth among unparallel neighboring optical channels is obtained to reconstruct the final image. In addition, Wu et al. also proposed an optical flow method for eCley to estimate the object movement [42], and multi-aperture images of eCley provided good constraints on the consistency of optical flow estimates. Although the ACE system has a similar structure with other imaging systems, like the integral imaging system [43] and light field system [44], and both can use the stereo principle to obtain the depth of objects, for eCley, the inherent offset between adjacent channels leads to an object that can only span at most three channels in one direction. ...

... MTF values of 98% and 10% of the lenses are greater than 0.34494452 and 0.35897793 respectively. From above data, the change amount of MTF values after tolerance analysis is very small, which can satisfy the requirement of image quality [16] . ...

... Jiang et al. considered the intensity transitional area and proposed a distance measurement method at the object edge and achieved subpixel precision [40]. Wu et al. considered the oblique incidence of the apertures and proposed a geometry-based 3D reconstruction method named G3D [41]. Here, the geometry relationship of optical channels in eCley is derived and then the mathematical relation between the parallax and depth among unparallel neighboring optical channels is obtained to reconstruct the final image. ...

... Artificial compound eye (ACE) is a type of camera with a miniature volume and large FOV. Different kinds of artificial compound eye systems have been proposed [1][2][3]. The ACE-captured image is an array of sub-images with slightly different viewpoints. ...