It also gives structure of the system and circuit of the hardware, and describes the principle of hopping code and process of the software decoding.
给出了系统结构框图及硬件电路图，并对跳码产生的原理及软件译码的过程进行了详细描述。
Pulse waves are sent to infrared remote devices through software program and are examined to get signal codes, which provide evidences for software decoding.
通过软件程序对红外遥控器发射的脉冲波形检测得出信号码，从而为软件解码提供依据。
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.
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。
This paper presents a method to accomplish the decoding of general color TV infrared remote control information by using the inner timer of single chip microprocessor MCS 51ard its software.
文中提出了用MCS -51单片机内部定时器及软件，实现普通彩电红外遥控信息的解码方法。
It is composed of software and hardware, with single chip AT89C51 and DTMF decoding chip MT8870 as its cores.
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。
At last, based on the integration of the upwards research, we realize the H. 263 video encoding and decoding software experiment system.
最后，在综合了以上研究的基础上，实现了H。263视频编译码软件的实验系统。
American digital video transmission standard for cable Television was introduced and a software method was illuminated to implement channel decoding by DSP technology.
介绍了美国数字有线电视传输标准以及一种采用DSP技术进行软件信道解码的方法，给出了所用关键技术和实现算法。
Software encoding, decoding method and software encoding, decoding system.
软件编码，译码方法及软件编码，译码系统。
Then, the text introduces the technology of JPEG encoding and decoding, and under the technology I have developed the software of the compression and decoding of the image.
介绍了JPEG编解码技术，并且运用JPEG标准完成对图像压缩和解压缩的软件设计。
In this paper PDF417 barcode standard and codec are deeply researched, based on which decoding terminal's hardware platform whose core is DSP and software architecture are expounded in detail.
论文在深入研究了PDF417条码的标准和编解码算法的基础上，详细阐述了解码终端以dsp为核心的硬件平台和软件架构。
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.
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。
This paper discusses designing the hardware platform and developing HD video decoding software.
本文论述了硬件平台的设计实现和高清晰度视频解码软件的实现。
This paper brings forward the design and implementation of the desktop software video conferencing system based on H. 264, the most advanced video encoding and decoding technology.
阐述了基于先进视频编码技术—h . 264标准的桌面纯软件视频会议系统的设计方案及实现过程。
The software algorithms are realized in host CPU, including channel parameters estimation, bit allocation, equalization, echo cancellation, FFT, IFFT, encoding, decoding, etc.
其中软件算法部分全部在主机CPU中实现，其中包括信道初始化，比特分配策略，符号同步，信道均衡，回波抵消，编码解码，FFT和IFFT等等。
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.
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。
A new video decoding scheme based on embedded reconfigurable SoC is proposed. The software and hardware co-verification method is adopted in this scheme.
提出一种新的基于嵌入式可重构系统芯片的视频解码方案，采用了软硬件协同验证的方法。
A decoding software system is also developed, which can be used to convert the structure code concerned into connection matrix method.
已开发出的解码软件成功地实现了结构代码向联结矩阵的转化，从而为基团贡献法组合相应的基团奠定了基础。
To achieve long battery life when playing video, mobile devices must decode the video in hardware; decoding it in software USES too much power.
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。
The module keeps the same volume, its encoding and decoding are implemented by software.
在不增加无线模块体积的前提下，通过软件来实现编解码。
This paper presents a technical method of Manchester coding and decoding by single-chip microcomputer with software to implement logging data transmission of multiple channals.
给出一种用单片机系统进行曼彻斯特编译码，实现多路测井数据传输的技术方案。
The third Generation mobile communication system includes highly effective channel encoding-decoding, software radio, smart antenna, multi-user detection and interference cancellation etc.
第三代移动通信系统的关键技术包括高效信道编译码技术、软件无线电技术、智能天线技术、多用检测和干扰消除技术等。
The third Generation mobile communication system includes highly effective channel encoding-decoding, software radio, smart antenna, multi-user detection and interference cancellation etc.
第三代移动通信系统的关键技术包括高效信道编译码技术、软件无线电技术、智能天线技术、多用检测和干扰消除技术等。
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