全部

1·A new structure of polarized light interference interleaver is presented.

提出了一种偏振光干涉型光交错复用器的新结构。

2·The principle of convolutional interleaver and the working mode of shift registers are analysed.

分析了卷积交织原理和交织器中移位寄存器的工作方式。

3·The paper analyses the performance of matrix interleaver, random interleaver and half random interleaver.

文中主要分析了矩阵交织器、伪随机交织器和半伪随机交织器的性能。

4·The fifth chapter treats the interleaver and de-interleaver. It also includes the hardware implementation.

第五章分析交织和去交织方法，以及硬件实现电路。

5·An FPGA implementation method of this scheme is presented, including BCH encoder and decoder and the interleaver.

并详细介绍了用FPGA实现该编码方案的方法，包括BCH码的编译码和交织编码。

6·Here, the pilot structure and interleaver design optimizes channel utilization without perturbing the user with long acquisition times.

在此，导向结构和交织设计优化了通道利用率，并且不给用户造成因沉厂的接受时间带来的烦扰。

7·Interleaver design plays an important role in turbo code theory, and high rate turbo codes have some special requirements on interleavers.

交织器设计在Turbo码理论中具有重要地位，高码率Turbo码对交织器具有特殊要求。

8·Helical interleaver module parameters: the number of columns 3, spirally arranged group size 2 spiral arrangement of jump 1 initial condition 0.

螺旋交织器模块参数：螺旋排列列数3；组的大小2；螺旋排列的跳步1；初始条件0。

9·By theoretical analysis, numerical simulation and experiment research, the Interleaver based on optical all-pass filter technique is investigated.

对基于光全通滤波技术的奇偶交错滤波器进行了理论分析、数值模拟和实验研究工作。

10·To solve this problem, BICM, which combines the bit interleaver and the coded modulation technology, is proposed. The results show that BICM can obtain more gain in Rayleigh channel.

为了解决这一问题就引出了BICM，它是将比特交织与编码调制技术相结合，结果表明可以得到在瑞利信道下更好的增益。

交织器

1·Helical interleaver module parameters: the number of columns 3, spirally arranged group size 2 spiral arrangement of jump 1 initial condition 0.

螺旋交织器模块参数：螺旋排列列数3；组的大小2；螺旋排列的跳步1；初始条件0。