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video decoder
Vertaling van "video decoder" in Chinees
Hardware video decoder with playback in multiple formats and resolutions
硬件视频解码器，具有多种格式和分辨率的录放功能
The selected file requires a deprecated audio or video decoder that is no longer supported for security reasons.
选定文件要求使用早期的音频或视频解码器，但由于安全原因系统已不支持该解码器。
Expands the capabilities of the evaluation system by providing a connection to a video decoder, a video encoder, multiple camera evaluation boards, a flat panel display, and a 3-stereo input channel, 2-stereo output channel audio codec.
通过在视频解码器、视频编码器、多个相机评估板、平板显示器和 3 立体声输入信道、2 立体声输出信道音频编码解码器之间提供连接，扩展了评估系统的功能。
A: It is probably due to the improper working mode of video decoder, try to use other decode modes
处理：这可能是视频解码器的解码模式有问题，选用其他解码模式。
Many approaches have been developed for improving power consumption and error robustness/concealment when transmitting video data. For example, power efficiency in a wireless video network delivering video packets may be improved by adaptively modifying the transmission power level of a wireless access point based upon device proximity data, wireless channel conditions, reception characteristics and the like. With respect to error concealment, network layer solutions may be utilized that attempt to recover the error/packet loss at the packet layer in order to provide an error free A/V stream to a receiver and its video decoder. Such solutions usually require redundant codes and retransmissions that may lead to increased power consumption in certain operating environments. Video layer solutions may also be employed, including post-processing that accepts a corrupted video stream and tries to mitigate gaps and mismatches in the decoded video frames.
人们曾研究了改进传输视频数据时的功耗和抗错性/错误隐藏的多种方法。例如，可通过基于装置接近性数据、无线信道条件、接收特性等以自适应方式修改无线接入点的传输功率电平而提高传输视频包的无线视频网络的功率效率。对于错误隐藏，可采用尝试恢复包层的误码丢包率的网络层解决方案，以向接收器及其视频解码器提供无误差A/V流。这种解决方案通常要求有冗余码，并进行重传，这会增加特定操作环境中的功耗。还可采用视频层解决方案，包括接受破坏的视频流并尝试减少解码视频帧的间隙和错配的后处理。
Many approaches for improving video error robustness/concealment have been proposed, and these approaches can generally be divided into two groups. The first group is related to network layer solutions that attempt to recover the error/packet loss at packet layer, by providing an error free A/V stream to the video decoder. Such solutions usually require redundant codes and retransmissions. The second group is related to video layer solutions, especially post-processing, that will accept a corrupted video stream and try to mitigate gaps and mismatches in the decoded video frames.
以前提出了多个用于提高视频错误鲁棒性/隐藏的方法，这些方法可基本分成两组。第一组涉及网络层解决方案，尝试通过为视频解码器提供无误差A/V流而修复包层的错误丢包。这种解决方案通常要求有冗余码和进行重发。第二组涉及视频层解决方案，特别是后处理视频层解决方案，接受遭破坏的视频流，并尝试减小解码视频帧中的间隙和错配。
More particularly, during real-time video encoding and transmission, a packet transmission incremental delay greater than a frame interval might have the same effect as a dropped or lost packet. The video decoder typically needs to decode and present each video frame within a relatively short time period. Consequently, if a packet is delayed too much over the network it might be impossible to complete frame decoding in time for display. If a delayed or dropped frame is also a reference frame for other frames, decoding errors for multiple frames may occur. Particularly in the context of wireless communications, the present art does not provide an adequate means by which communication of media related content may be effectuated in a robust, reliable, and perceptually acceptable manner.
更特别地，在实施视频编码和传输期间，大于帧间隔的包传输增量延迟可能会产生与掉包或丢包相同的后果。视频解码器一般需要在相对较短的时间内解码并呈现每个视频帧。因此，如果包在网络上延迟过多，将不可能及时完成帧解码，从而用于显示。如果延迟帧或丢弃帧也是其他帧的基准帧，可能会发生多个帧的解码错误。特别是在无线通信的情况下，背景技术没有提供将媒体相关内容的通信以强健、可靠、永久可接受的方式进行的适当方法。
High-performance embedded video decoder and 2D accelerator reduces overall system costs, while supporting the ability to easily add advanced functionality to system designs
高性能嵌入式视频解码器和 2D 加速器降低了系统的整体成本，同时还支持在系统设计中轻松地添加高级功能。
Promotional new h265 4 screen network video decoder digital matrix Haikang surveillance camera server
促销新h265 4屏网络视频解码器数字矩阵海康监控摄像头服务器
Various functions and operating modes of the intra mode decision 208, prediction, transform and quantization 210, entropy encoder (e.g., CAVLC or CABAC) 212, rate buffer 214 and rate control 216 (including operations not separately illustrated) are described generally below in an exemplary encoder embodiment that operates in accordance with the AVC video encoding standard. It is noted that a corresponding video decoder, such as located within a device at a receiving end of a communication channel, is operative to perform the complementary processes of decoding, inverse transform, and reconstruction to produce a respective decoded video sequence that is (ideally) representative of the input video signal.
下文在根据AVC视频编码标准运行的一个示例编码器实施例中对帧内模式判定208、预测、变换和量化210、熵编码器（例如，CAVLC或CABAC）212、码率缓冲器214和码率控制216的各个功能和操作模式（包括未单独显示的操作）进行了基本说明。应注意的是，对应视频解码器，例如，位于通信信道的接收端的装置内的视频解码器，可用于进行解码、逆变换和重构的补充过程，以生成（理想情况下）代表输入视频信号的各个解码视频序列。
Checking video decoder for DVD playback...
正在检查用于播放 DVD 的视频解码器...
It integrates a video decoder and 2D acceleration (scaling, rotating, color space conversion, and picture in picture), LCD controller, resistive touchscreen, camera interface, audio, Ethernet 10/100, and high-speed USB and SDIO to provide high-quality video performance in industrial embedded applications.
它集成了视频解码器、2D 加速器（缩放、旋转、颜色空间转换和画中画 ） 、 LCD 控制器、电阻式触摸屏、相机接口、音频、以太网 10/100、高速 USB 和 高速 SDIO，为业界的嵌入式应用提供了高品质的视频性能。
The DEC6108 is a multifunctional HD video decoder that is designed for video surveillance solutions. The DEC6108 supports H. and H. video encoding formats and multiple network transmission protocols.
DEC6108高清解码器是一款为配套视频监控解决方案而设计开发的多功能视频解码器，支持H.和H.视频编码格式，且支持多种网络传输协议。
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Synoniemen voor video decoder in het Engels
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