The article lays emphasis on signal multiplexing and demultiplexing technique of transmission system 文章重点叙述了传输系统中数字信号的复接与分接技术。
Then the methods of multiplexing speech signals and data on single pcm 64kb / s channel are expounded 然后阐述了多路语音信号和数据在一路pcm64kb s信道实现复接的方法。
In chapter 4 we also describe some details of the packet scheduling algorithm . finally , we will introduce the hardware scheme of multiplexor 最后我们将在第五章中讨论复用设备中复接器部分的硬件结构。
Being important equipment , high rate multiplexer plays a key role in the function of the space data link network 高速复接器作为空间飞行器星上网络的关键设备，其性能对整个空间数据网络的性能起着重要影响。
A novel congestion control method in atm networks at the user network interface is proposed on basis of neural networks in this paper 针对实时性业务在atm复接器uni的拥塞问题，提出一种基于神经网络的拥塞控制方法。
Its data rate has exceeded 300mbps . in this thesis , the second chapter discusses the correlative theory about digital communication and multiplex technology 高速误码率测试仪采用数字复接技术,基于fpga研制而成,数据率可达300mbps以上。
We also present a simple communication . using this protocol , multiplexors can establish communication link and control data traffic 我们结合项目的实际情况，提出一种简单的通信协议( mcp )以满足两个复接器间通信链路的建立、同步和流量控制。
At last this paper introduces a speech and data multiplexed based on multi - cpu and vlsi vocoders . the operation principle and characteristics of the multiplexed are analyzed 介绍了采用多cpu系统和vlsi声码器为核心的语音数据复接器，分析了系统的工作原理和特点。
The proposed algorithms are easier to implement because the re - sequence and re - construction schemes are not needed . and the load - balance of switching planes is also guaranteed 本文提出的分发算法和复接算法结合现有的单个平面的变长交换算法能比较有效率的适应ip网络。
In this paper , we mainly focus on the software design of multiplexor , the design and simulation of packet scheduling algorithm and the implement of synchronic communication chip 本论文的主体是语音?数据复接设备中多路复用器的软件设计、调度算法彷真和硬件设计中同步串行芯片的的实现。
