缓冲器容量

缓冲器容量受限的job－shop问题

On the job-shop problem about the limited buffer content

集中器缓冲器容量的简化计算

A Simplified Method for Determining Concentrator Buffer Capacity

快速以太网链路层接收方缓冲器容量分析

Receiving Systems Analysis on Buffer Size of Receiver in Data Link Layer of Fast Ethernet

在输入缓冲器容量受限制的情况下，给出了输入缓冲器控制策略。

Under the situation of constrained buffer size , the buffer control strategy is proposed .

最后给出了收发缓冲器容量的设置方法。

Finally , the method for setting the capacity of transmission and reception buffer is proposed .

运用拉氏变换和连分数的方法求得了缓冲器容量的稳态分布。

Using Laplace transforms and a continued fraction method , the distribution of buffer content is achieved .

最后，文章中讨论了缓冲器容量、平均时延与系统阻塞概率之间的关系。

Finally , the relationship between buffer capacity , mean delay time and the jam radom of system is discussed .

本文给出了缓冲器容量受限的job&shop问题的一个实际算法，并给出了计算实例。

This paper puts forward a practical computing method to the job & shop problem about the limited buffer content , and presents a computing example '

研究结果表明，增大缓冲器容量可以降低信元丢失率，但会增大时延和时延抖动。

The analysis shows that although loss probability decreases through expanding buffer capacity , delay and delay jitter increase , whose effect on QOS will not be negligible .

队列分组数量达到缓冲器容量时队首分组无条件传输。

The second strategy is once the number of packet in one queue is equal to the capacity of buffer , the first packet must be transfered at once .

在高速网络中，一方面由于网络设备的物理特性限制了网络的传输速率、处理速度和节点的缓冲器容量，因而产生饱和非线性特性；

The problem of congestion control is more complicated because there are so many heavy uncertainties in ATM networks . On the one hand , there is saturated nonlinearity of transmit rate , process capacity of node because of the physical constraint of networks equipment .

起重机用缓冲器及容量计算

Crane buffer and its capacity calculation