差错控制

Internet视频点播差错控制

Error control on Internet VOD

一种差错控制编译码算法的FPGA实现

Application of an Error Control Coding-decoding Algorithm Based on FPGA

一种用于IP包差错控制的RS译码器及其FPGA实现

A RS Decoder for IP Block Error Correction and Its Implementation on FPGA

基于业务类型的无线ATM差错控制技术研究

Research on Error Control Scheme for Wireless ATM Based on Service Type

一种适用于无线ATM通信的差错控制方案

An Error Control Scheme for Wireless ATM Communications

ATM信令适配的差错控制

The error control on ATM signaling adaptation

Internet多媒体分层组播JSCC差错控制率失真优化

RD Optimization in JSCC-Based Error Control on Internet Multimedia Layered Multicast

Ka波段卫星ATM系统差错控制编码方案

Error-Control Coding Schemes for Ka-Band Satellite ATM Systems

本文对无线ATM通信网络和其主要关键技术即差错控制技术进行了研究。

This dissertation to wireless ATM network and its error correction scheme has already conducted the research .

第4章探讨无线网络中的TCP策略，主要涉及TCP差错控制策略、基于拥塞丢包的TCP拥塞控制策略以及基于误码丢包的TCP速率调节策略；

Chapter 4 discusses TCP strategies over wireless networks dealing with error control , congestion control and corruption-based TCP rate adjustment .

IPTV业务中的应用层差错控制技术分析

Application Layer Error Control Technologies for IPTV Services

VHF信道数据通信中的一种混合差错控制方法

A hybrid error control scheme for data communication on VHF channels

QPSK调制与FEC差错控制在DVB系统中的应用

The QPSK Modulation and FEC Error Correction in DVB Receiving System

实验表明，该译码器完成了IP包差错控制的要求，译码器输入码流速率可达30Mbit/s。

Experimental results indicate that the decoder can accomplish the task of IP block error correction and can accept an input data rate up to 30Mbit / s.

对于差错控制编码，研究的中心集中在卷积码和RS码。

For the error control coding , we focus on the convolutional code and the Reed Solomon ( RS ) code .

混合式自动重传请求（HARQ）已成为CDMA无线信道上差错控制的主要技术。

HARQ is the main error correcting technology on CDMA wireless channel .

介绍差错控制方式，重点分析了自动重发请求方式中的奇偶校验与CRC。

Introducing error control mode , analysing parity check and CRC in auto request repeat mode .

一种采用FEC和ARQ相结合的自适应差错控制方式

An Adaptive Error Control Scheme Depending on Combination of FEC and ARQ

但是Internet网络只是一种最尽力的网络，它既不能保证无损传输也不能保证及时传送，因此基于Internet网络的视频通信中的差错控制是一个极具挑战性的研究领域。

However , because the Internet is a best effort network that does not guarantee lossless nor timely delivery , error control in video communication over the Internet is a challenging research field .

一种实用于无线半双工信道的ARQ差错控制方案

An error control scheme for radio half duplex channel

详细介绍了循环冗余校验CRC（CyclicRedundancyCheck）差错控制原理、算法实现及其在文件保护中的应用。

This paper has a detailed explanation for implementations and algorithm of " Cyclic Redundancy Check ", and it 's application in file protection .

迄今为止，有两种主要的差错控制机制：前向纠错编码（FEC，ForwardErrorCorrection）和自动重传请求（ARQ，AutomaticRepeatreQuest）。

So far there are two kinds of technique used for error control : FEC ( Forward Error Correction ) and ARQ ( Automatic Repeat Request ) .

然后，对视频传输中的拥塞控制和差错控制做了介绍，并概述了MPEG-4视频编码标准。

Secondly , congestion and error control for video transmission is introduced and MPEG-4 video coding standard is outlined .

下面是本文在无线TCP方面完成的主要研究工作：1.探讨了无线网络下的TCP策略。主要涉及TCP差错控制策略、基于拥塞丢包的TCP拥塞控制策略以及基于误码丢包的TCP速率调节策略；

The study of wireless TCP are as follows : I TCP strategies for wireless networks dealing with error control , congestion control and corruption-based TCP rate adjustment ;

结合差错控制原理，利用一致校验矩阵和错误伴随式，对Petri网库所状态进行检错，纠错。

Combining with the error-correcting theory and using the parity check matrix and error syndrome , the status of places in Petri net is verified and corrected .

然后在此基础上设计了基于业务类型的无线ATM差错控制方案，针对不同类型的业务采用级联前向纠错FEC或FEC与自动反馈重传ARQ相结合的技术。

In this paper , the error control scheme based on the service type is introduced into wireless ATM .

Reed-Solomon（RS）纠错码是目前最有效、应用最广泛的差错控制编码之一。

Reed-Solomon ( RS ) error-correcting code is the most effective and most widely used one of the error-correcting codes .

本文分析了OFDM系统中采用的几种FEC和混合ARQ（HARQ）机制的性能，并总结了OFDM系统中的差错控制原则。

Several kinds of FEC and HARQ schemes are analyzed , and the principles of OFDM system are summarized .

本文通过级联码方法，构造了一类适应于对抗信道记忆的差错控制码：RS－RNS级联码。

A class of codes with the good capability of anti multipath fading memory is constructed by using concatenation method .

本文剖析了在数据通讯中校验和（CheckSum）及循环冗余校验（CRC）两种差错控制的原理及C++实现。

Two principles of error control are analyzed such as Checksum and CRC in the communication and realization .