1.
"The buffer size you have requested may cause frames to be dropped due to swapping. Are you sure you want to allocate a buffer of this size?
"您要求的缓冲区大小可能导致由于内存交换而丢失帧。您确定要分配这样大小的缓冲区吗?
2.
Error Concealment Algorithm Based on Multiple-Reference for Entire Frame Loss
整帧丢失时基于多帧参考的差错掩盖算法
3.
Study on Stereoscopic Video Error Concealment Technology for Entire Frame Loss
立体视频整帧丢失差错掩盖技术研究
4.
Error concealment for whole frame losses in H264
H264整帧丢失下的错误隐藏机制
5.
Lost Video Background Information Recovering Based on Motion Estimation
基于帧间运动估计的视频背景缺失信息恢复
6.
RD-optimized intra refreshing algorithm using HVS characteristic
结合人眼视觉特性的率失真优化帧内刷新算法
7.
Research on Intra Efreshment Algorithm of AVS-M Based on Rate-Distortion Optimization with Losses;
基于有损率失真优化的AVS-M帧内更新算法研究
8.
Distortion Estimation Algorithm for H.264/AVC Multiple Reference Frames;
H.264/AVC中多参考帧下的失真度估算算法
9.
An error concealment algorithm for entire right frame loss in stereoscopic video sequence
立体视频右通道整帧丢失的差错掩盖算法
10.
Selection Algorithms of Key Reference Pictures for AVS-M Based on Rate-Distortion Optimization
基于率失真优化的AVS-M关键参考帧选择算法
11.
Research on Frame Loss Error Concealment Based on H.264/AVC
基于H.264/AVC的整帧丢失差错掩盖算法研究
12.
Error concealment algorithm for whole frame loss based on motion vector estimation
基于运动估计的整帧丢失错误掩盖算法
13.
A Packet Loss Resilient Intra Refresh Algorithm Based on H.264
基于H.264具有抗分组丢失能力的帧内刷新算法
14.
Physical failures of the frame relay interface are indicated by a loss-of-line signal.
帧中继接口的物理失效是由行信号丢失来指示的。
15.
The sender eventually will time out and retransmit all unacknowledged frames, beginning with the lost or damaged one.
最后发方将会不计时,并且由丢失的或损坏的一帧开始,重发所有未接收的帧。
16.
Frame relay connections can also fail as the result of routing faults or trunk errors in the middle of the network.
帧中继连接也会因路由故障或者网络中央的干线错误而造成失败。
17.
Research on RD Optimized Intra Refreshment Algorithm for Region of Interest
基于感兴趣区域的率失真优化帧内刷新算法研究
18.
Rate-Distortion Analysis for Feedback-Based Adaptive Reference Picture Selection
基于反馈的自适应参考帧选择的率失真优化分析