海量动态信息管理系统防冲突任务调度方法
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摘要
在路由冲突下的海量动态信息管理系统传输链路容易受到多径效应的影响,导致任务调度的均衡性不好,数据转发的误码率较高,为了提高路由冲突下的海量动态信息管理系统链路防冲突任务调度能力,提出一种基于多径路由探测均衡和自适应转发控制技术的海量动态信息管理系统防冲突任务调度模型,构建路由冲突下的海量动态信息管理系统传输链路模型,分析海量动态信息管理系统链路的多径特性,采用随机序列码扩频方法进行海量动态信息管理系统链路的码间干扰抑制,结合多径路由探测均衡技术进行链路均衡设计,采用传输链路自适应调节模型进行海量动态信息管理系统信道的多径抑制,结合自适应转发控制解调技术实现海量动态信息管理系统链路防冲突任务调度.仿真结果表明,采用该方法进行海量动态信息管理系统防冲突任务调度的保真性较好,误码率较低,任务调度的均衡配置性较好.
The transmission link of mass dynamic information management system under routing conflict is easily affected by the multipath effect,which leads to poor balance of task scheduling and high bit error rate(BER)of data forwarding. In order to improve the link anti-collision task scheduling ability of mass dynamic information management system under routing conflict,a task scheduling model for mass dynamic information management system is proposed based on multi-path route detection equalization and adaptive forwarding control technology. The transport link model of mass dynamic information management system under routing conflict is constructed,and the multipath characteristics of mass dynamic information management system link are analyzed.The random sequence code spread spectrum method is used to suppress the inter-symbol interference in the mass dynamic information management system,and the link equalization is designed by combining the multipath detection and equalization technology. The transmission link adaptive adjustment model is used to suppress the channel of mass dynamic information management system and the adaptive forwarding control demodulation technique is used to realize the task scheduling of link conflict prevention in the mass dynamic information management system. The simulation results show that the proposed method has good meta-fidelity,low bit error rate and better balanced configuration of task scheduling in mass dynamic information management systems.
The transmission link of mass dynamic information management system under routing conflict is easily affected by the multipath effect,which leads to poor balance of task scheduling and high bit error rate(BER)of data forwarding. In order to improve the link anti-collision task scheduling ability of mass dynamic information management system under routing conflict,a task scheduling model for mass dynamic information management system is proposed based on multi-path route detection equalization and adaptive forwarding control technology. The transport link model of mass dynamic information management system under routing conflict is constructed,and the multipath characteristics of mass dynamic information management system link are analyzed.The random sequence code spread spectrum method is used to suppress the inter-symbol interference in the mass dynamic information management system,and the link equalization is designed by combining the multipath detection and equalization technology. The transmission link adaptive adjustment model is used to suppress the channel of mass dynamic information management system and the adaptive forwarding control demodulation technique is used to realize the task scheduling of link conflict prevention in the mass dynamic information management system. The simulation results show that the proposed method has good meta-fidelity,low bit error rate and better balanced configuration of task scheduling in mass dynamic information management systems.
引文
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