摘要
社会经济快速发展促使区块链技术得到了普及与推广,但是区块链技术在电力交易分析中很容易产生安全风险问题。针对此问题,将区块链技术在电力交易过程中进行量化建模,分析安全风险产生的原因。以区块链分叉为初始环节,利用决策分析方法对区块链中的侧链进行改进;建立增加侧链方式获取的区块链的安全分析模型;设计电力交易区块模拟器进行仿真实验分析。实验结果验证了方法应用产生的区块生成间隔时间与区块大小对电力交易过程中的影响。
With the rapid development of social economy today, blockchain technology has been popularized and promoted, but blockchain technology is prone to security risks in the analysis of power transactions. In response to this problem, this research will quantitatively models the blockchain technology in the electricity transaction process is quantiatively modeled to analyze the causes of security risks. Firstly, we take the blockchain bifurcation as the initial link, and use decision analysis methods to improve the side chains in the blockchain. Secondly, we establish a security analysis model for the blockchain obtained by adding side chains. Finally, we design power transactions block simulator for simulation experiment analysis. The experimental results verify the influence of the block generation interval and block size generated by the method application on the electricity transaction process.
作者
杨成
卢峰
韩少勤
YANG Cheng;LU Feng;HAN Shaoqin(State Grid Blockchain Technology(Beijing)Co.Ltd.,Beijing 100191,China;State Grid Electronic Commerce Co.Ltd.,Beijing 100191,China;State Grid Xiong’an Fintech Group Co.Ltd.,Xiong’an 071700,China;State Grid Blockchain Technology Laboratory,Beijing 100191,China)
出处
《微型电脑应用》
2022年第3期180-181,185,共3页
Microcomputer Applications
关键词
区块链技术
决策分析
模拟器
电力交易
blockchain technology
decision analysis
simulator
electricity trading
