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。
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.
提出了一种基于均衡负载的最短路径路由协议。
A shortpath routing protocol based on traffic load balance was put forward.
针对主服务器可能成为系统中瓶颈的问题，VCSR机制采用基于投票的分布式并发控制协议，同时也均衡了网络负载。
For primary server may become the bottle of the whole system, VCSR USES a concurrency control protocol based on voting, which also trade-off the network overhead.
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。
Multipath routing protocols can improve the robustness of routing, provide load balancing and perform better bandwidth and delay of data transmission.
所以，设计一种能量负载均衡的成簇协议尤为关键。
Therefore, to design a energy-load balanced clustering algorithm is particularly crucial.
仿真实验结果表明，该路由协议能有效地均衡网络负载和簇头节点能量消耗，减少数据传输延迟，延长网络生存时间。
Simulation results show LBC can effectively balance the load and energy consumption of cluster heads, decrease the delay of packets, and obviously prolong the lifetime of networks.
基于均衡的应用层组播协议克服了现有的应用层组播协议在节点负载、网络时延、流量分布、受失效节点影响等方面的不均衡。
Balanced Application layer multicast Protocol overcomes the unbalance in node degree, distribution of flows, network delay, effect of node failure etc.
考虑到网关“热点”问题和链路负载不均衡，本文提出一种基于链路优先级信道分配的多信道MAC协议(PC A - MMAC)。
Considering gateway "hot spots" and link loads, this thesis proposes a multi-channel MAC protocol with link priority-aware channel assignment (PCA-MMAC).
本文将跨层优化和蚂蚁优化方法结合起来解决自组网中的负载均衡问题，提出了一种基于跨层负载感知和双向逐跳更新信息素的蚂蚁优化路由协议（CLABHPU）。
In this paper, we present a cross-layer load-aware based ant colony optimization routing protocol with bi-directional and hop-by-hop pheromone update for ad hoc networks(CLABHPU).
针对空基网中节点负载失衡以及吞吐量低下的问题，提出基于负载均衡的优化路由协议。
Aiming at the problems of load imbalancing and lower throughout, this paper proposes an optimal routing strategy based on load balancing in airborne Ad Hoc network.
针对空基网中节点负载失衡以及吞吐量低下的问题，提出基于负载均衡的优化路由协议。
Aiming at the problems of load imbalancing and lower throughout, this paper proposes an optimal routing strategy based on load balancing in airborne Ad Hoc network.
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