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- Application Research of Serial Concatenated Code in Underwater Communication System 级联码在水下远程通信中的应用研究
- Serial concatenated code 串行级联编码
- Serially Concatenated Code Design and Modified Decoding of Differential Frequency Hopping Systems 差分跳频系统串行级联编码器的设计与改进译码
- Research and Implement of H-ARQ Scheme Using Serially Concatenated Codes 累进可译串行级连H-ARQ体制的研究与实现
- SCCC Serial Concatenated Convolutional Code 串行级联卷积码
- The concatenated code, which is made from RS code and convolutional code, is adopted as the channel code. 采用RS码与卷积码级联作为信道编码。
- Turbo code is a new class of concatenated code with excellent performance, yet relatively simple decoding complexity. Turbo码是一种性能非常优越、译码相对简单的新型级联码。
- In the article, we introduce the concatenated code, which is used in channel code to improve the system correction ability. 本文引入级联码，目的是为了将它应用于信道编码以改进系统的纠错性能。
- Improved Design and SOVA Algorithm for Serial Concatenated Convolutional Code 串行级联码的改进译码设计和SOVA算法
- serial concatenated convolutional codes 串行级联卷积码
- Especially in the recent communication systems, SOVA (Soft-Output Viterbi Algorithm) is very often utilized in the concatenated code in order to achieve very low bit error rate. 而近年来软输出腓特比解码在通信系统上配合连接码的使用，更可大辐降定传输讯号的错误率。
- This paper will study the fast decoding technique of concatenated code formed by RS and M series especially RS code which have a high error-correcting capacity. 本文阐述了以M序列作为内码RS码作为外码的级连码的快速译码技术 ，着重对纠错能力很强的RS码的译码进行了研究。
- Serially Concatenated Space-Time Code (SCSTC) 串行级联空时码
- Serially Concatenated Space-Time Code(SCSTC) 串行级联空时码
- serially concatenated convolutional code 串行级联卷积码
- serially concatenated space-time code 串行级连空时码
- A scheme of inner concatenated coding based on the characteristics of space-time block codes and diagonally-layered space-time codes is presented. 本文基于空时分组码和对角分层空时码的各自特点提出了一种内接编码方案。
- Simulation results show that the turbo coding has more 1.5dB gain than convolution coding or convolution concatenated coding. 对Ka固定卫星通信信道建模仿真表明;采用Turbo码比采用相同码率的卷积码和卷积级联码有超过1.;5dB的增益。
- The receiver, based on these user-specific sequences, intends to differentiate the active users by invoking the “turbo principle” decoding due to the serially concatenated framework. 在接收端，利用”每个使用者使用不同的展频码”的系统特性，同时配合以涡输码原理设计之解码器来做解码，而接收端的架构类似是串联式的涡轮解码结构。
- Optimum Interleaver Design for serial Concatenated Convolutional Codes 串行级连卷积码内交织器的优化设计
