A type of hybrid decoding (HD) algorithm for convolutional codes is proposed.
提出了一类级联的卷积码混合译码算法。
This paper consists of three parts: encode and decode of the block codes and the convolutional codes.
全文共分三部分：分组码的编码、分组码的译码以及卷积码。
Adaptive modulation and coding by using convolutional codes is a key technology to solve the above problem.
利用删除卷积码实现自适应调制编码是解决上述问题的一个关键技术。
This paper completely gives some basic Algorithms of decoding recover for Nonsystematic Convolutional codes.
本文全面地给出求解非系统卷积码译码恢复的一些基本算法。
This paper describes a new method of fast arranging and matching and indexing for fast correlation attacks based on convolutional codes.
在分析基于卷积码的快速相关攻击算法时，提出了快速排序匹配索引算法，用以寻找重量较小的一致校验方程。
Suitable for decoding convolutional codes with long constraint length, this architecture saves hardware resource without performance deterioration.
这种串行结构适合长约束度的卷积码译码，能在性能不下降的前提下有效地节省资源。
This test realized emulational system of OFDM through MATLAB programming, adopted error control coding of concatenation of convolutional codes and interlaced codes.
本文通过MATLAB编程实现正交频分复用（OFDM）的系统仿真，系统采用卷积码和交织码级连的差错控制编码。
This method is suitable for all code rate punctured convolutional codes and practical for information interception and signal analyzing of satellite communication system.
本文给出的方法适应各种码率的删除卷积码，在卫星信号截获分析领域具有实用性。
We simulated the system in the Additive Gaussian White Noise (AGWN) channel, proved the superiority of this system, and used the convolutional codes to reduce the bit error rate further.
通过在加性高斯白噪声(AGWN)信道中的模拟仿真，其结果说明了此系统的优越性，并通过卷积编码，进一步降低了系统的误码率。
For information interception and signal analyzing of satellite communication system, it is usable if knows the generator matrix and information restoration matrix of Punctured convolutional codes.
在卫星信号截获分析领域有时需要知道删除卷积码的生成矩阵和信息恢复式。
In modern communication, Error-Correcting Codes are often used to improve the system performance, among which the convolutional code is adopted widely because of its excellent capability.
在现代通信中，常常使用纠错编码技术来提高系统性能，其中卷积码由于其出色的纠错性能而得到了广泛使用。
In modern communication, Error-Correcting Codes are often used to improve the system performance, among which the convolutional code is adopted widely because of its excellent capability.
在现代通信中，常常使用纠错编码技术来提高系统性能，其中卷积码由于其出色的纠错性能而得到了广泛使用。
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