1) hierarchical self-organized wireless network
分层式无线自组织网络
1.
This paper introduces a new type of network architecture, hierarchical self-organized wireless network.
本文主要讨论一种新的网络结构——分层式无线自组织网络。
2) wireless ad hoc network
无线自组织网络
1.
Research on Extensible,Controllable and Trusted Technology in Wireless Ad hoc Network;
无线自组织网络可扩可控可信技术研究
2.
Research of protocols for survivable routing in wireless Ad hoc networks;
无线自组织网络抗毁路由协议研究
3.
Research on the Fault-Tolerant of Dynamic Source Routing Protocol in Wireless Ad Hoc Networks;
无线自组织网络中容错动态源路由协议研究
3) Ad Hoc network
无线自组织网络
1.
Research on Key Technologies of Enhancing QoS in Ad Hoc Networks
无线自组织网络中改进QoS的关键技术研究
2.
AODV (Ad Hoc On Demand Vector Routing) is widely used for Ad Hoc networks.
基于无线自组织网络中普遍使用的底层通信协议IEEE802。
3.
For the problem that a traditional congestion signal such as the average length of a queue cannot indicate network congestion effectively in the ad hoc network,an analysis has been made of the frame service delay(FSD) of IEEE 802.
针对传统拥塞指示信号(例如平均队长)在无线自组织网络环境中不能有效指示网络拥塞的问题,分析研究了IEEE 802。
4) wireless Ad Hoc networks
无线自组织网络
1.
Survey of backoff algorithms for wireless Ad Hoc networks;
无线自组织网络退避算法综述
2.
Analysis and Enhancement of TCP Performance in Wireless Ad Hoc Networks;
无线自组织网络TCP性能分析及其改进
3.
11 for wireless Ad Hoc networks,the Distributed Coordination Function(DCF) of Ad Hoc networks is modified,and an adaptive minimum contention window binary exponential backoff algorithm namely ABEB is present.
基于无线自组织网络IEEE802。
5) Ad hoc
无线自组织网络
1.
Analyze on mobility of dynamic source routing protocol in wireless Ad hoc networks;
无线自组织网络中动态源路由协议的移动性分析
2.
Research about architecture of formation C~4ISR system based on Ad hoc
基于无线自组织网络的编队C~4ISR系统结构研究
3.
Ad Hoc network is a wireless network without the need of infrastructure based stations.
无线自组织网络是一种不依赖基础设施的无线网络,网络中节点均是由移动主机构成。
6) MANET
['mɑ:net]
无线自组织网络
1.
Traditional Transmission Control Protocol (TCP) works well in wired network but suffers from performance degradation in mobile ad-hoc networks (MANET) due to the fact that it cannot distinguish packet losses due to congestion from packet losses due to link breakage, channel error and route changes.
传统的TCP协议在有线网络中能够良好地工作,但用于无线自组织网络时则性能有所下降。
补充资料：分层式取水
分层式取水
storeyed intake
少粗沙入渠。冲沙廊道还可用于泄洪。 侧面分层式取水也称冲沙廊道式取水，进水闸设于岸边，进闸水流与河道水流垂直或接近垂直，底板下设冲沙廊道。由于廊道断面较小，长度较大，平面上呈曲线形，故冲沙能力低于正面分层取水。当河道来沙量大时，为了冲洗上游淤沙，常需增设冲沙闸〔图2)。引水时冲沙闸关闭，水流受阻产生的反向底流与引水产生的横向环流相结合，将大部分底沙推至进水闸上游边墙附近，在该区布置第一个廊道，可提高排沙效率。来水量大时，可开启冲沙闸冲洗上游淤沙。 分层式取水的特点是可以边引水边冲沙，当枯水期河道来水及来沙量减少时，也可利用廊道上的闸门进行定期冲沙。分层式取水适用于来水量比较丰富、用水保证率较高的情况。teneengshi qushui分层式取水(storeyed intake)上层设进水闸，下层设冲沙廊道，将含少量细沙的表层水引入渠道，含大量粗粒径泥沙的底层水由冲沙廊道排走的有坝取水。按进水闸位置不同，可分为正面分层取水及侧面分层取水两种。正面分层取水枢纽(图l)是将进水闸与拦河闸或塞水坝布置在同一轴线上，闸底板下设尺寸较大的冲沙廊道，一般不另设冲沙闸。正面引水时，闸前水流在平面上不出现弯曲现象，可减┌─┬─┐ │} │丰│ │】├─┴───┐ │ │畴────┼────┐│ ││.………{│…勤·，│└─┴┴────┴────┘图l正面分层式取水图2冲沙廊道式取水┌─┐│} │└─┘
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