Simulation of Regulating the Long Short-term Power Grid Operation and Maintenance Behavior to Prevent Big Data Leakage under the Cloud Architecture and Distributed Storage
In order to realize the big data security,provide support for boundary security,access control and authorization,data protection,auditing and monitoring,and enhance the stability and security of big data storage,it is proposed to regulate the long short-term power grid operation and maintenance behavior under the cloud architecture and distributed storage.This paper constructs a long short-term power grid operation and maintenance behavior big data leak-proof distributed storage regulation cloud architecture,uses grid technology to build a big data distributed storage structure,classify and schedule grid information,and reduces redundant data by classifying and processing redundant data.The impact of remaining data on distributed storage,and the storage method of density evolution combined with data feature compression are used to realize data distributed storage of long short-term power grid operation and maintenance behavior.The cloud security encryption part of cloud architecture is controlled by adjusting cloud architecture initialization,key generation,encryption of plaintext information,and distributed storage of ciphertext to prevent the leakage of distributed storage.The experimental results show that the method has good storage performance,fast data upload speed,stable storage process,and can ensure the safety of stored data and the load bal-ance of the computer system.
cloud architecturepower grid operation and maintenance behaviorbig data leakage preventiondistributed stor-agedensity evolutionredundant data
万方数据
维普
