Improvement of Efficient Scheduling Algorithm for Network Massive Resources
Jing-Jing He
Abstract
Jing-Jing He
Abstract
In the embedded network design and application, we need to optimize the network resources scheduling design, improve the network process management and memory management efficiency, a network mass resource scheduling algorithm based on double threshold load balancing control is proposed. The model of network mass resource information flow is constructed, and the time scale feature of network mass resource information flow is extracted, and the time axis of network mass resource scheduling is divided into evenly distributed time windows. By using linear coding control method, network mass resource scheduling is implemented simultaneously to realize clustering equilibrium, which improves the anti-interference ability of network mass resource scheduling, and the improved design of network mass resource scheduling algorithm is realized. The simulation results show that the equalization control ability and throughput of mass network resource scheduling using this method are good.
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In the embedded network design and application, we need to optimize the network resources scheduling design, improve the network process management and memory management efficiency, a network mass resource scheduling algorithm based on double threshold load balancing control is proposed. The model of network mass resource information flow is constructed, and the time scale feature of network mass resource information flow is extracted, and the time axis of network mass resource scheduling is divided into evenly distributed time windows. By using linear coding control method, network mass resource scheduling is implemented simultaneously to realize clustering equilibrium, which improves the anti-interference ability of network mass resource scheduling, and the improved design of network mass resource scheduling algorithm is realized. The simulation results show that the equalization control ability and throughput of mass network resource scheduling using this method are good.
Key concepts: Computer science, Round-robin scheduling, Distributed computing, Fair-share scheduling, Scheduling (production processes), Rate-monotonic scheduling, Dynamic priority scheduling, Two-level scheduling