Title :
The prospects and possibilities of integral matricial scanning
Author :
Chauvierre, Marc
fDate :
11/1/1988 12:00:00 AM
Abstract :
It is argued that the use of matricial scanning, at the emission and reception levels with charge-coupled device (CCD) sensors and flat panels, allows for the consideration of synchronous systems for real-time stereo television viewing without glasses or lentricular networks. A summary is given of the six major advantages in using integral matricial scanning. These are: (1) better use of the passing band by suppression of return time; (2) autoscanning and simplified synchronism; (3) the possibility of easily changing the aspect ratio of pictures without loss of definition; (4) improvement of the picture synthesis systems by projection on a wall panel; (5) the possibility of obtaining the best reduction of bandwidth; and (6) the possibility of realizing a compatible 3-D-TV system that does not require glasses
Keywords :
CCD image sensors; television systems; CCD sensors; aspect ratio; autoscanning; bandwidth reduction; compatible 3-D-TV system; emission level; flat panels; integral matricial scanning; passing band; picture synthesis systems; projection; real-time stereo television; reception level; return time suppression; synchronous systems; wall panel; Bandwidth; Cathode ray tubes; Charge coupled devices; Electroluminescence; Europe; Light emitting diodes; Liquid crystals; Plasmas; Standards development; Surface discharges;
Journal_Title :
Consumer Electronics, IEEE Transactions on