A multi-way queue shared resource access control device and control method

Abstract

The present invention proposes a multi-way queue shared resource access control device, including a collector, a memory, a decision maker and a controller; the collector is used to monitor the captain of the multi-way queue and generate structural data, and transmit the collected data To the memory and the decision maker; the memory is used to store the structural data acquired by the collector and be called by the decision maker; the decision maker makes control decisions based on the real-time data fed back by the collector and the historical data stored in the memory; the controller receives the control of the decision maker Decision signal, dynamically and in real time adjusts the quantity or relative proportion of shared resources occupied or used by each queue in the next access competition cycle. The present invention also proposes a multi-way queue shared resource access control method using the above-mentioned multi-way queue shared resource access control device. It improves resource access utilization efficiency, improves system performance, and helps reduce system deployment and use costs.

Description

technical field [0001] The present invention relates to a multi-way queue shared resource access control device and control method, in particular to a control system and control method for multi-way signal access to shared resources. Background technique [0002] Shared resource access is a widespread technical problem, especially in the field of signal processing and control. In order to improve resource access utilization efficiency, improving the existing shared resource access control and scheduling algorithms has become an important means to save costs and improve system performance. , is the main innovation trend of technological development. At present, technical solutions designed for different scenarios at home and abroad mainly include the following categories: [0003] 1. In the shared access control of multi-channel signals, the "listening-collision detection-backoff" algorithm is used to improve resource access efficiency. Since there is no queue system and uni...

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Problems solved by technology

[0009] In view of the above situation, in order to solve the problems of poor adjustment effect, slow convergence speed, and no learning ability caused by the large system oscillation amplitude of the existing multi-way queue shared resource access control device, the present invention proposes a multi-way queue shared resource access control The device and control method can dynamically learn the regularity information that may be hidden in the historical working process of the working environment, and combine the current real-time working conditions to dynamically adjust the working rhythm. The system has small vibration, fast convergence effect, strong sense of working rhythm and self-learning to make corresponding deployments in advance

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