多信道共用

多信道共用是将系统的全部n个信道同时为所有m个用户共用（m>n）。

The basic principle of the multi-channels sharing is that all the n channels can be used by all the m users ( m > n ) .

此外，本文给出的有限用户多信道共用系统的蒙特卡罗仿真方法和MATLAB源程序实际上对于一切实际意义的有限源损失制马尔可夫排队系统具有普遍适用性。

In addition , the MCS method and its MATLAB source programs proposed in this thesis are universal to any sense of limited source Markov loss queue system .

由此不仅揭示了爱尔兰B公式和相应信道利用率公式用于有限用户系统时会有较大偏差的根源，剖析了偏差的规律性，而且得到了适用于有限用户多信道共用系统的修正公式。

The source and the regularity of deviation when Erlang B formula or the corresponding channel utilization ratio formula is used in a limited user system is dissected , and the condition available of the two groups of formulas are pointed out .

用户呼叫是随机的，所有n个信道同时被占用的概率远小于一个信道被占用的概率，因此多信道共用可以提高系统容量和信道利用率。

The user 's call is random and the possibility of all the channels to be occupied at the same time is far lower than that of one channel , so the multi-channels sharing can increase the system 's capacity and the utilization factor of the channels .

多信道共用系统中通信与报警控制器的研究

Study of the Communication and Alarm Control Unit in the Multichannel System

利用多信道共用原理，研制了电话线路扩容器；

The telephone line expanding devices which are based on the principle of the multi channels share are discussed in the paper .

采用多信道共用技术是提高系统容量和信道利用率的一种有效方法。

To adopt the technique of the multi-channels sharing is an effective method to increase the system 's capacity and the utilization factor of the channels .

多信道共用技术已经广泛应用于卫星通信、移动通信、以及其它类型的通信系统。

The multi-channel sharing technique has already been widely applied to communication field such as satellite communication , mobile communication and other type of communication systems .

本文提出一种具有多信道共用、能服务于多种业务的新型移动通信网&全双工全分布式控制网。

A new kind of mobile radio communication network , called Full-Duplex Network Without Any Central Controller , which is of multiple shared channels and can serve multi-traffics , is proposed .

根据系统的话务情况与特点确定了系统采用多信道共用技术以及相应的共用信道数、信道指配原则、信道指配模式、信道选取原则和系统的呼叫方式；

The shared channel technology and the shared corresponding channel number , channel assignment principle , channel selection pattern and the calling mode are decided according to the communicative requirement and specialty of the system .

多信道共用技术是提高通信系统容量和信道利用率从而实现信道扩容的一种有效方法，现已在卫星通信、移动通信等通信领域中得到应用。

Adopting the technique of the multi-channel share which has already been widely used in communication fields such as satellite communication and mobile communication is an effective method to increase the capacities of communication system and the utilization factor of the channels .

该系统具有无中心组网、数字选呼、自动接续、多址用户多信道共用、链路分散控制等诸多技术特点，拥有广阔的实际应用前景和深入开发潜力。

The system has many technical characteristic , for example network without a centre controller , digital selective-calling , automatic call connection , multi-channel share for multiple access users , disperse Link control .