发明名称 System and method for processing multicamera array images
摘要 A system for calibrating multi-camera array images, comprising an array of at least four acquisition devices, configured to acquire images; at least one reference acquisition device configured to acquire at least one reference image at least partially overlapping at least four of the images; and a processor configured to extract tie points between the at least four of the images and the at least one reference image and utilize the tie points for calibrating the at least four of the images in respect of the at least one reference image.
申请公布号 US9485499(B2) 申请公布日期 2016.11.01
申请号 US201214360134 申请日期 2012.11.22
申请人 ISRAEL AEROSPACE INDUSTRIES LTD. 发明人 Rubinstein Ron;Gostynski Victor;Abraham Michael
分类号 H04N17/00;G06T7/00;G06T3/00;G06T3/40;H04N5/247;H04N5/232 主分类号 H04N17/00
代理机构 Browdy and Neimark, PLLC 代理人 Browdy and Neimark, PLLC
主权项 1. A system for calibrating multi-camera array images, comprising: a. an array of at least four acquisition devices, configured to acquire images; b. at least one reference acquisition device configured to acquire at least one reference image at least partially overlapping at least four of said images; wherein the distance between at least one reference acquisition device and each of at least one of the acquisition devices of said array is smaller or equal to:Z*cos⁢⁢αh*cos⁡(α+γ)*ArrayCamGSD wherein Z is the minimal vertical distance between the at least one reference acquisition device and the highest ground point in the images and in the at least one reference image; h is the distance between the highest ground point in the images and the at least one reference image and the lowest ground point in the images and the at least one reference image; α is the elevation angle of said array to the highest ground point in the images and the at least one reference image; γ is the grazing angle of said array in respect of the average ground plain within said images and said reference images; and ArrayCamGSD is the minimal Ground Sampling Distance (GSD) of each of the array cameras, and wherein said at least one reference acquisition device is of superior geometric accuracy with respect to the at least four acquisition devices, and c. a processor configured to extract tie points between said at least four of said images and said at least one reference image and utilize said tie points for calibrating said at least four of said images in respect of said at least one reference image.
地址 Lod IL