Reservation protocols based on bandwidth request messages are prone to collisions during heavy IP traffic load in IEEE 802.16 wireless metropolitan area networks.
在IEEE 802.16无线城域网中，基于带宽请求消息的预约协议在高ip业务负载时易导致预约冲突。
All the protocols such as IPSTB, HSRP and VRRP provide the function of redundance for static route, but they don t provide load balance well.
HSRP和VRRP协议均实现了静态路由的热备份，但都没有很好地解决负载均衡的问题。
Meanwhile, it is required that communication protocols should be able to reduce the load of backbone network, improve throughput and handle network congestion efficiently.
同时，还要求通信协议能减少骨干网负载、具有良好的吞吐性能及高效地处理网络拥塞等。
Multipath routing protocols can improve the robustness of routing, provide load balancing and perform better bandwidth and delay of data transmission.
多径路由协议能够有效提高路由的健壮性、进行负载均衡，提高数据传输的带宽，降低数据传输延迟。
This power load control terminal solves the problem of how to communicate with different communication protocols and provides lots of power meters which have different communication protocols.
负控终端下可以连接支持多种协议的电力终端设备，解决了兼容不同通信协议的问题。
This paper concisely introduces the protocols and architecture of WAP and raises an urgent problem related to load balance of a cluster of WAP gateway.
简单介绍了WAP协议以及WAP的体系结构，并分析了WAP网关的负载问题的不同处理。
Because of the limit of energy, the aim of the design of routing protocols is to save energy and balance load of nodes, thus to prolong the lifetime of the network.
受能量有限性的限制，无线传感器网络路由协议设计的主要目标是降低能量消耗和促进负载平衡，延长网络的生命周期。
The protocols improved the cluster head generation algorithms, which improved the efficiency of cluster head election in terms to balance the network energy load.
该协议改进了分布式的簇头选举算法，提高簇头选举效率，使簇头分布更均衡；
Our analytical and simulated result shows that comparing with existing MAC protocols, AMAC obtains 30% energy savings and gets double throughput under heavy load.
经过理论分析及仿真试验结果显示，与已有的MAC协议相比，AMAC在轻载时能够节省30%的能量，在重载时能够提供两倍的网络吞吐量。
Our analytical and simulated result shows that comparing with existing MAC protocols, AMAC obtains 30% energy savings and gets double throughput under heavy load.
经过理论分析及仿真试验结果显示，与已有的MAC协议相比，AMAC在轻载时能够节省30%的能量，在重载时能够提供两倍的网络吞吐量。
应用推荐