Research on Performance of Asymmetric Polling System Based on Blockchain
Zhijun Yang, Qianlan Kou · 2020
To solve the problem of how different customers can achieve load balancing and improve the efficiency of information transmission under high concurrency, it is proposed to add polling to the underlying technology of the blockchain to achieve system decentralization. First, a blockchain-based asymmetric polling system model is proposed; then a clustering algorithm is proposed to analyze the system, use Markov chains and probability generating functions to establish a data model, and derive the asymmetry Gated and asymmetry Exhaustive the average queue length and the average waiting time; finally, compare the average queue length and the average waiting time to verify the correctness of the scheme. Experiments have proved that the new model system can speed up information processing and improve system performance.