LDPC码是一种优良的差错控制编码。
本文介绍了一种具有差错控制的安全广播方案。
This paper presents a secure broadcast scheme with error control.
差错控制技术能有效地改善通信系统的传输性能。
The error-control technique can improve the performance of communication effectively.
本文主要对WATM的信元头提出了一种差错控制的方法。
This paper proposed an effective error control technique for WATM header.
在立即反馈的基础上提出了一种基于分层重传的差错控制机制。
We set up a system for packet transmission and transmission control, and propose a layered retransmission error control mechanism based on immediate feedback.
本文分层阐述了LB型环网的自同步、流控制和差错控制等问题。
The self-clocking, flow and error control etc. of type LB ring network are discussed by layers.
在无法避免干扰的情况下，采用差错控制技术提高通信的可靠性。
Against some avoidless jamming, forward error correction technology is used to raising the system dependability.
并通过差错控制机制，有效减低了发生错误后重传相关信息的概率。
Through the error control mechanism, the probability of retransmission can be cut back down in effect.
报文信息的鉴别认证可采用差错控制码、报文鉴别码与数字签名进行。
Message information may be authenticated with error-control code, message authenticated code and digital signature.
自动重发请求（ARQ）是高速无线网络最常用的有效差错控制方法。
The ARQ is the most effective error control scheme for the high-speed wireless network.
通常需要采用差错控制码来检测和纠正由信道失真引起的信息传输错误。
Usually there is need to use error control coding to detect and correct those transmission errors caused by signal distortion.
本方案特别适用于卫星通信系统的差错控制，其数据率高，往返时间长。
This scheme is suitable for error control in satellite communication systems where data rate is high and round-trip delay is substantial.
差错控制编码理论是现代通信的一个重要理论范畴并在实际中有广泛的应用。
Error-control coding theory is one of the important categories in modern communication, and used widely in practice.
针对随机线性网络编码，提出点-点检错和端-端重传相结合的差错控制方法。
Aiming at random linear network coding, this paper proposes an error control method which combines point-point checking error and end-end retransmission.
在通信过程中，为了要获得比较低的误码率，需要选择合适的实时差错控制方式。
We need choice appropriate real-time error control code in order to get low code error ratio in the process of the communication.
为了总线传输过程稳定，错误几率小，研究了多功能车辆总线的数据差错控制策略。
To the stable process of transmission and the small wrong probability on the bus, the paper discusses the data error control of multifunction vehicle bus.
提出了两种点式信息产生的方案，分析了信息容量、信息发送速率和差错控制方案。
Two ways to provide the intermittent information are put forward, and the information volume, the transmission rate and the error-control schemes are analysed.
本文主要介绍最近研制的露天矿卡车计算机调度系统和信息编码方式及差错控制技术。
In the paper, the truck dispatching system computer-based and the character code mode of encoding and the error control were introduced.
本文提出一种把连续发送与SWARQ相结合的部分请求重传arq差错控制体制。
In this paper, a part repeat ARO error control system of combined continuous transmission pattern with SW ARQ pattern is considered.
最后，本文设计了一个视频传输系统，系统整合了前面的网络传输方案和差错控制机制。
At last, this thesis designed a video transmission system. It integrates the network transmission scheme and error control mechanisms that mentioned before.
它作为某系统的数字信号处理单元，主要工作是对无线at M信元传输进行差错控制。
It is the digital signal processing unit of some system. It's main job is controlling the wireless ATM cell transmitting correctly.
这些关键模块包括基带系统中的差错控制编码和维特比译码，成形滤波，FFT变换等。
These modules were comprised of the realization of FEC and the decode of Viterbi, the shape of base-band wave, FFT and so on.
在数字通信系统中可靠与快速往往是一对矛盾。为了解决可靠性，通信系统都采用了差错控制。
Reliability and speediness are contradictory in the digital communication systems which adopt error control in order to solve reliability .
由于无线信道的高误码率和突发错误的特性，在无线at M中必须使用有效的差错控制机制。
In wireless ATM network, an efficient error control mechanism has to be used because of the high bit error rate and burst nature of bit errors.
在数字通信系统中可靠与快速往往是一对矛盾。为了解决可靠性，通信系统都采用了差错控制。
Reliability and speediness are contradictory in the digital communication systems which adopt error control in order to solve reliability.
通信前置系统具备通道管理、差错控制、传输控制、规约解释、报文处理和数据备份等重要功能。
FEPC has many important functions, such as communication management, error control, protocol conversion, data backup, and so on.
从几种不同差错控制方案的比较来看，采用分段编码和交织技术能有效地改善MB通信系统的性能。
Comparison of several different schemes of error control shows that the performance of MB communication systems can be effectively improved by using the technique of segmental coding and interleaving.
本文通过异步传递方式中信头差错控制模块组的设计，阐明基于设计再利用的功能模块的设计流程。
This article describes reuse based functional block design flow through developing the header error control (HEC) processing block set.
本文通过异步传递方式中信头差错控制模块组的设计，阐明基于设计再利用的功能模块的设计流程。
This article describes reuse based functional block design flow through developing the header error control (HEC) processing block set.
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