通过GPU进行硬件解码的H . 264高清视频。
使用GPU的支持对硬件解码和H.264展现性能的提升。
Hardware Decode & Presentation of H.264 performance improvements using GPU support
建立内部通信协议，设计出基于此协议的硬件解码电路。
Establish internal communication agreement, devise the hardware decode circuit based on this agreement.
由于H . 264的解码复杂度很高，软件实现难以满足实时性的要求，所以需要采用硬件解码。
Because the decoding complexity of H. 264 is very high, software implementation can't decode in real time. The decoder must be implemented in hardware.
为了能够在播放视频时达到高电池续航时间，移动设备必须使用硬件解码视频，因为软件解码需要耗费太多的电能。
To achieve long battery life when playing video, mobile devices must decode the video in hardware; decoding it in software USES too much power.
Google深知这一点，因此WebM项目开发了参考硬件设计，目的就是为了解码WebM流。
Google knows this, so the WebM project has developed reference hardware designs for the decoding of WebM streams.
必须要有硬件加速，因为其解码太耗处理器。
Hardware acceleration is necessary because it is so processor-intensive to decode.
首先，使用软件解码视频要比使用硬件更加耗费电量，而电量对于手持设备来说是很重要的。
Firstly, decoding video in software is a much more power-intensive process than decoding the video in hardware, and power is at a premium in handheld devices.
给这些数据解码将需要专门的软件和硬件。
Decoding this data will require dedicated software and hardware.
一些硬件播放器可能没有足够的内存去解码比它大的帧。
Some hardware players may not have enough memory to decode the bigger frames.
该硬件原型包含了从残差形成到宏块重建的变换量化全过程，其可以构成DSP的协处理器，用于完成H。 264实时编解码。
The hardware prototype is composed of the whole processes from obtaining residual error to Macro-Block reconstruction, and it can be used as a co-processor of DSP to fulfill H. 264 real-timing CODEC.
连接，断开连接，并重新定位电缆插座，安装分离器，转换器，解码器，卫星电视和付费电视设备，并在用户的处所安装其他有线硬件和系统。
Connect, disconnect and relocate cable outlets, install splitters, converters, decoders, satellite and pay TV equipment, and install other cable hardware and systems at subscriber's premises.
该系统由以单片机at89c51和双音多频mt8870解码芯片为核心的系统硬件及软件组成。
It is composed of software and hardware, with single chip AT89C51 and DTMF decoding chip MT8870 as its cores.
这当然不是附加给V P 8：H. 264有很好的硬件支持，而VP8很大程度上要依赖软件解码器，所以“一样快”在很多方面还是不够好。
This, of course, is not really a plus for VP8: h. 264 has a great deal of hardware support, while VP8 largely has to rely on software decoders, so being "just as fast" is in many ways not good enough.
在该嵌入式开发环境中如何优化JPEG解码算法，从而最大限度的利用已有的硬件资源。
We discussed that how to optimize the JPEG decoding algorithm in the embed system development environment and how to utilize the given hardware resources extremely.
根据系统的设计要求，硬件部分实现了视频解码输入，视频缓存和视频编码显示输出三个部分的设计。
According to system's design requirements, the hardware part has realized three partial designs, the video decoding inputs, the video buffers and the video coding outputs.
具体介绍了高清图像解码系统的硬件设计过程、软件设计过程。
This paper introduced a high-definition specific image codec system hardware design, software design process.
ST应用程序接口-STAPI负责底层硬件视音频解码和显示的驱动，并向上层软件提供良好的编程接口。
ST Application programming Interface-STAPI drives the underlying hardware, video and audio decoder and display devices, and provides the upper software easy programming interface.
使用CCD摄像机、视频解码芯片、DSP搭建硬件平台，并嵌入软件识别检测容量算法，可实时显示容量值，并有自动报警功能。
Using CCD camera, video decoding chip, DSP to set up a hardware, embodied the software, it can examine the volume, display the result and auto alarm.
声信号采集、判决、解码电路的硬件设计。
Circuit design of sound transduction, acquisition, decoding, judgment.
为建立植入式脑机接口，本文主要研究大鼠运动皮层神经解码的相关实验和硬件系统。
The main purpose of this thesis is to study the hardware system for motor cortex neural decoding experiments in rats to build an implantable brain-computer interface.
播放器通过DMAI接口调用DSP端的程序解码音视频数据，然后控制相应的硬件实现播放解码后的数据。
The media player calls DSP-side program through DMAI interface to decode audio and video data, and then control the corresponding hardware to play the decoded video or audio data.
本文的工作就是设计一种支持这两种标准编解码的环路滤波器硬件架构，并对其进行验证和性能分析。
This paper develops a hardware architecture of the multi-standard loop-filter that can be used for both standards in various codec systems.
在各种语音编解码改进算法的实现过程中，我们采用了TI公司的TMS320C 5402 DS K板为硬件平台及CCS集成开发环境。
In the realization of these kinds of mended arithmetics, the TMS320C5402 DSK of ti company is adopted as the hardware flat roof and the CCS integrated exploiture environment.
介绍了语音编解码算法原理、声码器系统的硬件结构、工作流程以及软件实现与代码优化。
The speech coding algorithm, the hardware architecture and work flow of the vocoder system, software implementation and code optimization are introduced.
介绍了G723.1解码算法在一种基于ARM 720t核嵌入式微处理器上移植的硬件结构和软件实现，并分析了一种增采样的方法。
This paper recommends the hardware design and software realization for porting the decode of G723.1 to an embedded processor based on ARM720T core, and analyzes a method of over-sampling.
以基于摩托罗拉龙珠mc68ez328处理器的嵌入式开发板为硬件平台，在MIDI文件解码器和PWM驱动程序的基础上，设计并实现了MIDI音乐播放器。
Taking Motorola Dragon Ball MC68EZ328 processor as the hardware platform and on the basis of MIDI file decoder and PWM driver, MIDI music player has designed and realized.
解码器内部具有16位硬件计数器，与CPU接口方便，非常适合于多轴闭环运动控制系统的开发。
With a 16-bit internal hardware counter, the decoder is feasible for interfacing encoder and CPU in the development of multi-axis closed-loop movement control system.
文中提出了信道译码硬件实现的一种方案，解决了其中删节码的解码和Viterbi译码后同步等难题。
This paper introduces a method of hardware implementation in channel decoding, giving an emphasis on the decoding of punctured code and synchronization module following Viterbi decoder.
文中提出了信道译码硬件实现的一种方案，解决了其中删节码的解码和Viterbi译码后同步等难题。
This paper introduces a method of hardware implementation in channel decoding, giving an emphasis on the decoding of punctured code and synchronization module following Viterbi decoder.
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