Abstract: An image cut-away/display system is disclosed. Images are taken in continuous view areas by several cameras, etc. The images are combined for forming a single wide-area view image. View-point data is generated for each of users. Images are cut away for each user from the single wide-area view image based on the view-point data for each user. The cut-away images are displayed on a head-mount display for each user at a view point of each user.

Abstract: An image cut-away/display system is disclosed. Images are taken in continuous view areas by several cameras, etc. The images are combined for forming a single wide-area view image. View-point data is generated for each of users. Images are cut away for each user from the single wide-area view image based on the view-point data for each user. The cut-away images are displayed on a head-mount display for each user at a view point of each user.

Abstract: An integrated vision system is disclosed. Images of outside area are taken by at least one stereo-camera installed in a vehicle. A pair of images taken by the stereo-camera are processed by a stereo-image recognizer for recognition of objects that are obstacles to the front, thus generating obstacle data. Integrated view data including three-dimensional view data are generated by an integrated view data generator based on the pair of images and the obstacle data. The integrated view data are displayed by an integrated image display as visible images to crew on the vehicle.