1) Wireless multihop mobile network
多跳移动无线网络
2) multihop mobile wireless ad hoc network
多跳移动分布式无线网络
3) Ad Hoc
无线多跳网络
1.
TCP Veno Performance over Wireless Ad Hoc was studied.
分析了TCP Veno在无线Ad Hoc这样的多跳的网络中的性能,并分SANET(静态无线多跳网络)和MANET(移动无线多跳网络)两种网络环境进行仿真分析,结果显示TCP Veno的性能较TCPReno有一定程度的改进,但并没有在无线单跳网络中的性能优势出色,这对实际应用TCP Veno很重要。
4) multi-hop wireless network
多跳无线网络
1.
A game-based topology-control algorithm for multi-hop wireless networks;
多跳无线网络中一种基于博弈理论的拓扑控制算法
2.
Trust model based on group recommendation in multi-hop wireless network;
基于群推荐的多跳无线网络信任模型
3.
Collision rate increases significantly with the appearance of hidden nodes in multi-hop wireless network, which results in unsuccessful transmissions and leads to performance degradation of the network.
多跳无线网络中隐藏节点导致节点之间的冲突频繁、数据重传率高、网络吞吐量下降。
5) wireless multi-hop networks
无线多跳网络
1.
Pros and cons of cross-layer design for wireless multi-hop networks: a simulation case study;
仿真研究无线多跳网络跨层协议设计的优劣
2.
New distributed MAC protocol for multimedia services in wireless multi-hop networks
支持多媒体业务的新型无线多跳网络MAC协议
3.
The proposed quality of service (QoS) based congestion control scheme in wireless multi-hop networks realized congestion control and QoS guarantee from two aspects.
提出的无线多跳网络中基于服务质量(QoS:Qualityofservice)的自适应拥塞控制方案是从两个方面实现拥塞控制和QoS保证的。
6) wireless multi-hop network
无线多跳网络
1.
A fundamental issue for ad-hoc network emulation is how to emulate a wireless multi-hop network scenario in a fixed testbed, but the existing RF-control wireless network emulators did not deeply discuss this issue.
如何用固定实验床仿真任意无线多跳网络场景是移动自组织网络仿真的基本问题,但现有的基于射频信号能量控制的无线网络仿真实例中还没有对这个问题进行深入讨论。
2.
To improve the efficiency and flexibleness of reliable broadcast/multicast MAC protocol in wireless multi-hop network, a novel efficient adaptive reliable broadcast/multicast MAC protocol was brought forward.
为了提高无线多跳网络中支持可靠广播/组播MAC协议的效率和灵活性,分析了可靠广播/组播的不同实现方式,以广播/组播代价为指标建立了有确认广播、有确认单播、混合方式三种实现方式的数学模型,并在此基础上提出了一种自适应可靠广播/组播MAC协议。
3.
In wireless multi-hop networks,the nodes operate in half-duplex modes.
无线多跳网络中,为避免节点半双工工作模式导致的网络频谱效率(吞吐量)的损失,提出了一种基于物理层网络编码的双向连续中继技术(PNC-BSR)。
补充资料：无线电通信波段(见无线电通信)
无线电通信波段(见无线电通信)
radio communication wave range
wuxiandian tongXin boduan无线电通信波段(rads。。ommunicationWaVe range)见无线电通信。
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