圣地亚美国国立研究所研制了导弹制导用的先进光电成像识别装置。该导弹的音响、光学成像相关器利用光线进行信息处理和传送。用光电器材制成的成像系统的特点是具有光学并联方式和光波的高信息容量,所以计算速度很快。开发研制的成像相关器,其尺寸约为桌面大小。作动功率约需100w,这次是用混合光学处理装置的原型进行实际演示的。以卡车和装甲车作为目标,用音响光学仪器进 San Diego State Institute of the United States developed a missile guidance of advanced photoelectric imaging identification device. The missile’s acoustic and optical imaging correlators utilize light for information processing and transmission. Imaging systems made of optoelectronic devices are characterized by high information capacity in optical parallel mode and light waves, so computational speed is fast. Developed imaging correlator, the size of the desktop size. The operating power is about 100w, this time using a hybrid optical processing unit prototype to actually demonstrate. With trucks and armored vehicles as the goal, with audio optical instruments into