前述控制信道由与各组相关联的多个时隙构成。
The control channel comprises time slots related with their respective groups.
把信道分为控制信道和数据信道，动态传输数据。
The whole channel is divided into control channel and data channel and transmit data dynamically.
以前的PHS系统需要4 个时隙之一，以用作控制信道。
Previous PHS systems required one of four slots to be used as a control channel.
此多路复用信道内的控制信道是每帧中的所谓的BAS位置。
The control channel within this multiplex is the so-called BAS position in each frame.
最后，该算法可较好地抵抗主用户占用频谱空洞造成的控制信道中断。
Finally, this algorithm can better avoid the control channel interruption caused by the reappearance of primary users on spectrum hole.
其次，所提算法优化频谱空洞选择过程，降低控制信道占用的频谱空洞比例。
Secondly, the proposed algorithm optimizes the process of spectrum hole selection, which decreases the number of the spectrum holes used for control channel.
由控制信道来动态分配信道，空中信令采用MSK调制的数字共路信令，具有接续速度快的特点。
Channels are dynamically distributed using the control signaling. MSK modulated digital common signal is used as air signal, characterized by its fast connecting.
改进的无线自组网多址协议采用控制信道和接入信道分离设计，改善了网络的信道利用率和传输的可靠性。
With separated designs for control channel and access channel, this MAC protocol mechanism improves the channel utilization and the data transport reliability.
频率估计装置57、定时估计装置58分别将频率偏移量和定时偏移量通过控制信道从移动台接收的信号中检测出来。
Frequency and timing estimating units (57, 58) measure frequency and timing offsets, respectively, from a signal received from a mobile station via a control channel.
文章主要对频率干扰进行了讨论分析，结合对PHS中控制信道干扰、业务信道干扰的分析及一些解决方法进行了探讨。
This paper analyzes frequency interference, control channel interference and service channel interference in PHS and it also gives some solutions.
因认知无线电通过频谱空洞作为控制信道并且控制信道承担传输全部从用户控制信息，所以控制信道的选择处于重要地位。
The selection of control channel in cognitive radio is essential because the control channel has to coordinate all the secondary users via spectrum holes.
远距离控制信道按钮，使用这些按钮你能升高或降低到现在所处频段内的另一个10KHz信道，了解更多信息请参看相关章节。
Remote Control Channel buttons. You can step up or down by one 10Khzchannel within the current band segment using these controls. See the section on operation for more information.
针对采用专用控制信道的DS - CD MA系统的上行链路，本文直接利用控制信道的导频符号进行SIR测量的闭环功率控制，并通过计算机仿真对链路的性能进行分析。
An SIR-based close loop power control algorithm is presented. The pilot symbols of control channel in DS-CDMA up-link system are used to measure the received SIR.
论述了一类通用的经过通信信道进行协调的多移动机器人编队控制系统。
A class of general multiple mobile robots formation control system of achieving coordination through communication channel was described.
在一个例子中，控制器36考虑与接收的信号关联的导频信道，用于确定选择两个接收机哪一个来处理接收的信号。
In one example, the controller 36 considers a pilot channel associated with the received signal for determining which of the two receivers to select for processing the received signal.
由于无线信道的高误码率和突发错误的特性，在无线at M中必须使用有效的差错控制机制。
In wireless ATM network, an efficient error control mechanism has to be used because of the high bit error rate and burst nature of bit errors.
本文所提出的算法不仅具有较小的控制协议开销，而且对信道状态的变化具有自适应能力。
The proposed algorithm not only has lithe overhead but also ADAPTS to the changes of channel state.
由于采用了这种前向差错控制（FEC）信道编码技术，使得CDMA系统具有了较好的抗远近效应性能。
The CDMA system attains the better performance of resisting near-far effective because of employing this forward error control (FEC) channel coding technology.
讨论了电力系统后紧急控制中关于信息容错性和信道容错性的关键问题。
Some key problems about the information fault tolerance and channel fault tolerance in the post-emergency control are discussed.
同时给出了应用该方法所必须采取的信道差错控制措施。
The channel error control measures applied with the message extension method were also studied.
在此基础上，提出了一种简单的基于BER区间划分的帧长控制的信道自适应发送策略。
At last, based on the range of BER, a simple channel adaptive strategy is proposed to control the frame length.
它由基于反向信道预测的功率补偿算法和常规闭环功率控制组合而成。
It consists of a power compensation algorithm based on reverse channel prediction and a common closed -loop power control algorithm.
介绍了串口编程技术，RS485总线驱动模式和RS485串口驱动程序。 然后在此基础上设计和实现了SDM300远程控制模块和异步信道的通信模块。
Findally, we implement SDM300 remote control module and Async communication module on the basis of introducing technology of serial programming , RS485 bus driving mode and RS485 serial driver.
媒体接入控制技术的核心问题是如何协调多个用户共用一个信道实现高效可靠传输，即多址接入问题。
The medium access control Technology focuses on multi-address access, that is, how to coordinate users sharing a common channel to achieve efficient and reliable transmission.
为了很好地利用移动信道，CDPD系统有一个功能复杂的MAC(媒质接入控制)层。
The CDPD system has a complex media access control (MAC) layer in order to make full use of mobile channels.
模拟结果表明，该方法比一般的载波干扰比功率控制方法性能更优，可获得更低的误码率和更高的信道容量。
Compared with conventional power control method utilizing carrier to interference ratio, the simulation results show that it can achieve lower bit error ratio and higher channel capacity.
本文提出了一种基于改进的神经网络(MNN)的自适应闭环功率控制算法，该方法平滑了移动信道衰落的影响，使基站接收到的小区中所有用户的信号功率相等。
In this paper, a Modified Neural Network (MNN) based power controller is proposed to smoothen out the fast fading and keep the received signal power from each user constant at the base station.
差错控制可以在信源编码和信道编码的各个环节进行，如：预测、变换、量化、可变长编码、比特流结构、复用以及解码等。
Error control can be done in any step such as prediction, transform, quantization, VLC, bitstream syntax structure, channel coding, decoding and etc.
提出了一种基于平均信道增益矩阵的分布式天线无线通信系统下行功率控制算法。
A power control algorithm for the downlink of a distributed antenna wireless communication system is proposed by the use of the average channel gain matrix.
研究了射频信道中的自动增益控制技术。
The AGC technology in the radio frequency channel is also studied.
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