A low complexity resource management scheme based on generalized processor sharing ( GPS ) scheduling for the downlink of OFDM systems is proposed. 针对OFDM系统的下行链路,提出了一种基于广义处理器共享(PS)(GPS)调度的低复杂度资源管理方案。
PowerVM scales better, has dynamic logical partitioning, security / fault isolation, support for dedicated I / O dynamic processor sharing, and live partition mobility. PowerVM扩展性更好,具有动态的逻辑分区、安全性/故障隔离,支持专用I/O动态处理器共享(PS),以及活动分区移动性。
In order to analyze the effect of self-similar traffic on the generalized processor sharing ( GPS ), the relationship was explored between the performance of a GPS system and the parameter of self-similar traffic. 为了分析自相似业务流对通用处理器共享(PS)(GPS)系统性能的影响,研究了GPS系统性能与业务流自相似参数等因素之间的关系。
This paper presents a real-time control and scheduling co-design approach to compensate sampling jitter and sampling-actuation delays, which is caused by processor sharing. 针对实时控制领域中由于资源共享引起的控制系统性能下降问题,提出一种对延迟和抖动进行补偿的协同设计方法。
A generalized processor sharing type optimization is used to implement a channel-aware parallel WFQ for the scheme. The algorithm can optimize total throughput while guaranteeing the minimum data rate requirement for multimedia users. 在资源分配上,基于广义处理机共享(GPS)优化模型提出基于信道状态的并行加权公平队列(Cap-WFQ)调度和功率分配算法,算法在保证多媒体用户的最小数据率要求的同时优化系统的吞吐量。