交织的

This paper on OFDM system used in the encoding technology for the study, the focus is on the cutting convolutional coding and coding.

本文主要对OFDM系统中所使用的编码技术进行了研究，重点介绍的是卷积编码和交织编码。

In this scheme, some researches of key technology, such as Reed-Solomon coder, Convolutive Interleaver, Digital shaping filter, Automatic Gain Control and LO, have the meaning of satisfying with the hereafter the different consumer need and designing the different microwave equipment.

本系统对一些关键技术的探究，例如Reed-Solomon码、卷积交织、数字成形滤波、中频AGC和本振等模块，对以后满足不同用户需要，设计不同的数字微波设备有借鉴意义。

The selection of interleaver is a very important problem in Turbo code theory.

在 Turbo码理论中，交织器的选择具有重要的地位。

The implementation of the scheme including the structure of the short-span interleaver is illustrated.

描述了该方案的实现方式以及这种短跨度交织器的结构。

Another interleaver called mod-k interleaver which will be used in RCPT is also presented in this chapter.

结合mod-K交织器，在宽带CDMA系统中实际仿真了RCPT的性能，分析了提高系统容量的途径。

Based on the signal and the system, the principle of operation for the Turbo codes is considered, and some noted problems are discussed in the design of the interleaver for Turbo codes.

从信号与系统角度研究了Turbo码编码器的工作原理，并在这一基础上指出了Turbo码交织器设计过程中应注意的一些问题。

Convolutional Interleaver because it is so final results for the numerical value is that the previous data on the number of packet buffer.

因为是卷积交织所以最后结果中出现为的数值表示该值是前一包缓冲数据的数。

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。

Hence, interleaver plays a key role in the IDMA secure communication.

目前还没有关于具保密通信功能的IDMA交织器设计的研究。

V3. 3. 0 . As for the random sort of interleaver design, an optimum algorithm is also put forward, which can greatly reduce the time and storage complexity of the old one.

对于交织器设计中的随机排序问题，本文也提出了优化算法，大大改善了原有算法的时间和空间复杂度。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。