1) contending for channel resources
信道争用
1.
ALOHA is an comparatively prevalent algorithm to solve the contending for channel resources.
ALOHA算法是运用比较普遍的一种解决信道争用算法,文中对ALOHA算法及其衍生算法进行研究,并提出优化的防碰撞算法,采用动态估算碰撞时隙数,满足在呼叫时以最大吞吐量进行工作。
2) channel competition
信道竞争
1.
In the lower layer of local network, the protocol is Ethernet, which is based on bus topology and channel competition.
基于网络环境的分布式并行计算中,通常局域网的底层通信协议多为以太网协议,而以太网采用的是总线通信和信道竞争两种技术,这样就存在通信冲突率提高、通信效率低下的问题。
2.
Generally speaking, in the lower layer of local network, the protocol is ethernet, and ethernet is base on bus topology and channel competition.
在基于网络环境的分布式并行计算中 ,因为一般情况下 ,局域网的底层通信协议多为以太网协议 ,而以太网采用的是总线通信和信道竞争两种技术 ,因此基于网络环境的分布式并行计算中最大的问题可能就是要解决好通信开销的问题 。
3) contention channel
竞争信道
1.
By using two binary tree algorithms,the capabilities of contention channel and delay are analyzed in the HFC network.
介绍一种新的在ＨＦＣ 上行通道有效传输数据信息的媒质接入（ＭＡＣ） 协议，采用双时隙冲突分解算法对ＨＦＣ网络竞争信道性能进行分析。
4) Documentary Credit
信用证争议
1.
Explaining the Standards of Checking Original Documents in UCP600 Art.17th Through Analyzing the Case of Credit Industrial Et Commercial Vs China Merchants Bank on Documentary Credit Dishonor Dispute;
解析UCP600第十七条关于正本单据的规定——从法国工商信贷银行诉中国招商银行跟单信用证争议案入手
5) channel multiplexing
信道复用
1.
Method of channel multiplexing based on prime-number′s unique character;
基于素数特性的信道复用技术
2.
New method of channel multiplexing: prime-number division multiple;
新的信道复用技术:素数复用
3.
In this design many technologies such as DSP,low bit-rate speech compression,channel multiplexing,Flash Memory and communication with modem through se rial port are used.
设计中采用了DSP、低比特率语音压缩编解码、信道复用、快闪存储、串口和调制解调器通信等技术。
6) channel borrowing
信道借用
1.
A novel channel borrowing scheme based on priority (CBP) is presented in this paper.
提出了一种基于优先级的信道借用方案 。
2.
A hybrid dynamic load balancing algorithm based on the combination of channel borrowing scheme and load transfer scheme was proposed.
结合信道借用和流量转移技术提出了一种混合动态流量均衡算法。
3.
It employs the concept of Expected Future Channel Availability Rate to evaluate the effect of channel borrowing on adjacent cells.
本文将固定信道分配 (FixedChannelAssignment)和动态信道分配 (DynamicChannelAssignment)相结合 ,提出了一种高效信道借用算法HEBCA(HighEfficiencyChannelBorrowingAlgorithm) 。
补充资料：杨用道
杨用道 杨用道 金代医家。里居欠详。尝任儒林郎，汴京国子监博士。平时多留心医药。尝于辽乾统年间（1101-1110年）获一《肘后方》之善本。后从《证类本草》中摘录其附方，加以分类，附于《肘后方》之后，名为《附广肘后方》，由国子监刊刻。
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