Cross-layer load-aware 跨层负载感知
Load-Aware Resource Placement 负载感知资源放置
Memory-aware Load Balancing 内存可知的负载均衡
Additional Information-aware Divisible Load Scheduling 附加信息对负载可任意划分应用调度的影响
The simulation result shows that the LAMP protocol's capability excelled the protocol which only considers load aware or only considers routing stability.
仿真结果显示，LAMP协议的性能优于只考虑了负载感知或只考虑了路由稳定性的路由，尤其在重负载、节点移动速度快的网络条件下，这种优势更明显。
参考来源 - 移动自组网中负载均衡的路由协议研究·2,447,543篇论文数据，部分数据来源于NoteExpress
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).
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）。
By extracting data and providing visual feedback such as graphics that depict server load or response time evolution developers become aware of what is actually going on in a running system.
通过获取数据和提供可视化的反馈，例如描述服务器负载或响应时间的图表，会逐渐影响开发人员开始关注运行中的系统的状况。
Depending on the exact ADC that you're using, more sophisticated load balancing algorithms may incorporate a feature called locality-aware request distribution (LARD).
根据您正在使用的具体adc，较为先进的负载平衡算法可整合一种称为位置感知的请求分发(LARD)的特性。
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