1) method of congestion control
阻塞控制法
2) block control arithmetic
阻塞控制算法
1.
problem about the network data transport,puts forward a new block control arithmetic.
首先介绍流媒体技术的主要原理、特点,其次分析该技术在数字图书馆数字化服务和建设中的重要应用,最后针对网络数据传输时的带宽、速度、服务质量等问题,提出一种新的阻塞控制算法。
4) channel-control check
通道控制阻塞
5) resistance control method
阻力控制法
1.
The calculating method for determining the pipe diameter by flow speed control method was introduced, calculating example for determining the pipe diameter by flow speed control method and resistance control method was listed respectively.
介绍了流速控制法确定管径的计算方法 ,分别列举了用流速控制法和阻力控制法确定管径的计算实例。
2.
Based on energy conversion philosophy during flow process of fluid in pipe, calculating formula for determining pipe diameter by resistance control method is derived, the most direct relation, of energy loss during fluid's flow process inside pipe versus designing pipe size, has been established in order to determine pipe size by controlling the pipe resistance.
分析了用流速控制法确定管径存在的问题,根据流体在管道内流动过程中能量转化原理,推导出阻力控制法确定管径的计算公式,将流体在管道内流动过程中的能量损失与所设计的管道尺寸建立最直接的关联,从而达到用控制管道阻力来确定管道尺寸的目的。
6) congestion control algorithm
拥塞控制算法
1.
Analysis of the stability on TCP Vegas congestion control algorithm with feedback delays;
具有反馈时延的TCP Vegas拥塞控制算法的稳定性分析
2.
Studies the discrete-time Internet congestion control algorithm based on queue length,thus adjusting the congestion rate in accordance to the queue length connecting the nodes in Internet so as to determine the date transmission rate of source nodes.
研究了基于队列长度的离散时间Internet拥塞控制算法。
3.
A novel congestion control algorithm is presented.
互联网传输层的两个协议TCP和UDP以及其他新开发的实时应用协议都不适合于基于互联网的遥操作系统的数据传输,为此,本文首先为基于互联网的遥操作系统提出了一种新的拥塞控制算法,开发了基于速率的点对点三项式传输协议。
补充资料：阻塞
1.水流﹑交通等因被某物堵塞而不能通过。 2.闭塞不通。 3.使堵塞不通。用于抽象事物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条