convolutional code
英 [ˌkɒnvəˈluːʃən(ə)l kəʊd]
美 [ˈkɑnvəˌluʃən(ə)l koʊd]
网络 卷积码; 卷积编码; 回旋码; 回旋编码
双语例句
- Concatenated Reed-Solomon Product Code/ Convolutional Code with Iterative Decoding
迭代译码的级联Reed-Solomon乘积码与卷积码 - PBC packet binary convolutional Code
封包二进制回旋编码 - Applied research of convolutional code and turbo code in VLF communication system
卷积码和Turb0码在甚低频通信系统中的应用研究 - Application of Convolutional Code in Polarization Mode Dispersion Optical Fiber Communication
卷积码在偏振模色散光纤通信中的应用 - A Low-Complexity Noncoherent Sequence Detection Algorithm for CPM Combined with Convolutional Code
一种低复杂度的卷积编码CPM的非相干序列检测算法 - Method correcting network packet losses based on ( 2,1, N) convolutional code
基于（2,1，N）卷积码的网络丢包纠错方法 - By inserting bit labels, we combine convolutional code and traditional selective mapping ( SLM), and propose a novel scheme to reduce PAPR.
本文将卷积码与传统的选择性映射（SLM）方法结合起来，通过插入比特标签，提出了降低峰均比的一种新方法。 - In order to increase the capacity of secret information in video steganography, a big-capacity video steganography algorithm was proposed based on motion vector phase and convolutional code.
为提高视频隐写中秘密信息的嵌入容量，提出一种基于运动矢量相位角和卷积码的大容量视频隐写算法。 - Decoder Design for Convolutional Code Based on Viterbi Method
基于维特比算法的卷积码译码器设计 - VHDL Realization of Encoder and Decoder for Convolutional Code in Communication System
通信系统中卷积码编解码器的VHDL实现 - A High-speed viterbi-decoding Scheme for Convolutional Code
卷积码的Viterbi高速译码方案 - Many of communication systems take the convolutional code and Viterbi algorithm as the channel coding scheme.
卷积编码在当前的数字通信领域得到广泛的应用，大部分通信系统都采用卷积码和维特比译码作为信道编码。 - Turbo code is the parallel concatenated convolutional code.
Turbo码是并行级联递归系统卷积码。 - A software scheme of ( 2,1,7) convolutional coding and Viterbi decoding technology is presented, which implements Viterbi decoder function of ( 2,1,7) convolutional code in the Matlab.
提出了一种（2,1,7）卷积编码及其维特比（Viterbi）译码的软件实现方案，在Matlab环境中应用软件技术实现了（2,1,7）卷积码的Viterbi译码器功能。 - This paper combines the channel error correcting coding ( convolutional code& Turbo code) with MC CDMA systems, thus sufficiently exploits the excellent performance of error correcting coding ( especially Turbo code) under low SNR.
将信道纠错编码（卷积码和Turbo码）技术与MCCDMA系统相结合，充分利用了纠错编码（特别是Turbo码）在低信噪比时的优异性能，大大提高了系统的纠错能力。 - Finally, the BER performances of block convolutional code and existing convolutional code were compared by computer simulation.
通过计算机仿真，比较了分组卷积码和传统卷积码的误比特率。 - An iterative decoding scheme for the concatenation of convolutional code and GMSK modulator is presented.
本文给出了卷积码与GMSK调制器级联系统的一种迭代译码方案。 - The convolutional code plus an iterative decoding had been used to perform a space-time turbo coding modulation.
为实现空时Turbo编码调制（STTCM），采用了卷积码（CC）和迭代译码，并在两卫星环境下对不同发送方案进行了模拟。 - Then it researches the different kinds of channel codec in DVB-H system, including pseudo random code, RS code, punctured convolutional code and interleaving.
论文重点研究了DVB-H系统中各个信道编码，包括伪随机码，RS码，压缩卷积码和内外交织的编解码算法。 - Present framework first reviews channel coding theories and turbo convolution codes then investigate practical performance of turbo convolutional code over noisy inter-symbol interference channels.
本论文首先回顾了信道编码理论和turbo卷积码理论，然后研究了在加性白噪声信道中存在码间干扰情况下的卷积turbo码的性能。 - The coding of convolution code adopted in 3G system and Viterbi decoding of 1/ 2 rate convolutional code are discussed in this paper.
对3G系统中定义的卷积码编码进行了分析，并以1/2卷积码为例重点讨论了编码和Viterbi译码算法的实现方案。 - The sequential decoder of systematic convolutional code in IESS-309 is discussed in the paper.
主要研究卫星通信协议IESS309协议中的系统卷积码的编码及其序列译码的计算机模拟。 - The Viterbi algorithm is a maximum likelihood decoding procedure for the convolutional code in essence.
Viterbi译码算法是卷积码的一种概率译码算法，其本质就是最大似然译码。 - Convolutional code is the basic component of Turbo code.
卷积码是Turbo码的基本组成单元。 - Convolutional code is still the channel coding in low speed data transmission services in 3G.
在3G中卷积码仍然是低速数据的信道编码。 - So the convolutional code of viterbi decoding algorithm was selected for satellite channel coding.
因此本文采用通过维特比译码的卷积码作为卫星信道编码。 - Introduced the space-time frequency shift keying and the convolutional code theory in detail.
详细地介绍了空时频移键控（ST-FSK）调制解调理论和卷积码编码、维特比译码理论。 - Considering a nucleotide as a genetic information unit as usually, we selected ( 2,1,1) convolutional code model.
考虑通常分析方法中常采用将单个碱基作为基本信息单元，选定（2,1,1）卷积码模型进行分析。 - Error correcting code mainly includes block code and convolutional code.
纠错码主要有分组码和卷积码两种。 - Discuss the channel coding for this system, analysis convolutional code and Turbo code impact on dual-channel coding of the interaction.
并对此系统的信道编码技术进行了研究，分别采用卷积码和Turbo码分析其双通道编码时其误码率的影响。