1) local compression rules
分站压缩律
1.
We first consider multisensor distributed Neyman-Pearson decision with correlated sensor observation data and suggest an efficient algorithm to search for optimum local compression rules for any fixed fusion.
首先,本文讨论了相关观测下的分布式二元Neyman-Pearson检测,提出了一种迭代出最优分站压缩律的算法,证明了它的收敛性,并用计算机模拟进行了支持;其次,本文提出了多元Neyman-Pearson检测的模型,并将二元检测的理论与算法推广到了多元。
2) compressor station
压缩机站
1.
In connection with the practice situation in West - east Pipeline Project, the general thought &content of compressor station s optimization arrangement & equipment distribution were discussed.
针对西气东输管道工程的实际情况,对其压缩机站的优化布置及机组配置的总体思路和内容进行探讨。
2.
The paper references the optimal operation of oil pipeline bump station and optimal operation of power plant dynamo, according to gas pipeline transportation theory and the optimization design theory, and established the optimal operation mathematics models of compressor station in gas transmission trunk line.
本文在参考输油管道泵站优化运行和电站发电机组优化运行的基础上，根据天然气管道输送理论和最优化设计理论，建立了输气干线压缩机站优化运行数学模型。
3.
An analysis is made to study the factors influencing operational cost of pipeline and compressor station in the long-distance natural gas transmission pipeline over hilly terrain.
通过对起伏地形天然气长输管道系统中影响管道和压缩机站运行费用的各种因素的分析,结合起伏地形的特殊性,以输气管道终值费用最小为目标函数,加以水力、热力、流态等约束条件,建立了起伏地形天然气长输管道优化运行数学模型,并利用惩罚函数法对模型进行求解。
3) compressor station
压缩泵站
4) μ-law compression
μ律压缩
1.
This paper proposed a new method for EP latency change detection based on the principle of μ-law compression used in the communication system.
本研究根据数字通信系统中广泛使用的μ律压缩原理,给出了一种在分数低阶α稳定分布噪声环境下,具有良好韧性的诱发电位潜伏期变化检测方法。
5) compression behaviour
压缩规律
6) A-law compression
A律压缩
补充资料：空气压缩机站噪声控制
空气压缩机站噪声控制
noise control of air compressor station
kongqi yasuoJ一zhan zaosheng kongzhi空气压缩机站噪声控制(noise eontrol of aireomPressor station)使空气压缩机站的设备在运行时产生的噪声保持在一允许范围内的过程，是冶金工业噪声控制的重要组成部分。 空气压缩机站的主要设备是压缩机及其传动电动机。运行时产生的噪声强度随压缩机负荷的增加而增续表菩卒一
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