作者: Daejin Park , Chang Min Kim , Sungho Kwak , Tag Gon Kim
DOI: 10.1109/TCSVT.2012.2203739
关键词: Synchronizer 、 Real-time computing 、 Computer hardware 、 Timer 、 Synchronization 、 sync 、 Frame synchronization 、 Active shutter 3D system 、 Frame synchronization (video) 、 Computer science 、 Common emitter 、 Crosstalk 、 Network packet
摘要: The 3-D TV active shutter glasses (SGs) technology requires the communication of sync timing for time-sequential frame synchronization, in contrast to syncless film-type patterned retarder approach. To advance our previous work based on fractional-order timer, this paper proposes a synchronizer, including an adaptive reconstructor (ASR) FRT synchronization. enables accurate synchronization regardless sync-clock speed. hybrid cooperation and ASR reduces required frequency packets turns off emitter side perfect operation. implemented one-chip solution uses less than roughly 11% operating current major commercial SG. SG technique also minimizes failure vision crosstalk from interruption packets.