Power Information Security Research Articles

Construction of Power System Network Security Defense Behavior Decision-making Model based on Artificial Intelligence Technology

According to the needs of power grid monitoring architecture and information security cooperation protection, this project builds a multi-level, deeply distributed active security cooperation defense mode. A complete implementation method is proposed from the perspective of model architecture and function mechanism. The optimal defense strategy based on grey correlation is studied according to the characteristics of cooperation between regions. In this way, the coordination between the equipment is realized to achieve multi-level protection from the host layer to the security equipment layer and then to the network layer. Multiple detection mechanisms are used to realize the comprehensive detection and integrated judgment of abnormal documents in the cloud environment. This provides maximum protection for cloud users. Experiments show that this method can effectively suppress the malicious attacks of malicious users and reduce the damage caused by viruses. In this way, both the cloud and the customer are protected.

Temporal Role Access Control Model for New Power Systems Based on Trust Degree

With the continuous development of information construction in the new power system and the power information network system, users have their own role identities in the corresponding business systems, and access permissions change over time. Traditional access control permanently assigns user roles, which has made the issue of power information security increasingly prominent. This article introduces time constraints in the role-based access control of the new power system. Building on the research of GTRBAC, a trust-based time-constrained role-based access control model for the new power system is proposed. The model’s semantics, execution model, and formal verification are defined.

A power information security partition storage method based on multidimensional data mining

Aiming at the problems of low security coefficient and low storage efficiency of traditional methods, a power information security partition storage method based on multidimensional data mining is designed. Firstly, the relationship value between power information data is analyzed and determined, and the power information collection is completed with the help of covariance matrix. Then, the membership function of multidimensional power information data is calculated, and the noise reduction of multidimensional power information is completed by calculating Lagrange coefficient. Finally, the multidimensional information data is analyzed by two-dimensional correlation, the multidimensional power information data is layered, the partition structure is optimized, the data of the three regions after stratification are encrypted respectively, so as to complete the secure storage of power information data. Experimental results show that the security factor of power information security partition storage using this method is always higher than 0.9, and the storage efficiency is high.

Research on Global Security Sharing of Power Grid Information Based on Differential Privacy Model

With the advancement of science and technology, intelligent power transmission technology is also constantly developing. Among them, the information security of the transmission grid in the power system is an important content that cannot be ignored. This article first analyzes the current status of power information security issues, including research on the current status of foreign power information security. Secondly, it studies the differential privacy model, finally it studies the power grid security domain information sharing technology.

Research on Cyber Security Defense and Protection in Power Industry

The power information network is a significant part of national key information infrastructure, as well as the core promoting force to guarantee the strategic development of energy internet. Due to its correlative characteristics in industrial control network, the internet and IoT, superadd a large of nodes and data sensitivity, the evolving network attack technology has put forward new requirements and challenges to its security protection system, which also hinders the overall interconnecting and interworking of energy internet to a certain extent. In order to improve the network security capability of full-service power network under the energy internet environment, a power information security framework based on cloud service was proposed to improve the safety and reliability, build an end-to-end electronic authentication mechanism and security management mode of strong data interworking, finally realize the life cycle data protection, trusted identity management and reliable electronic voucher application, meet the rapid development of the energy internet and escort the new digital economic of the power industry.

Information Security Terminal Architecture of Power Transportation Mobile Internet of Things Based on Big Data Analysis

The progress of the social economy and the rapid development of the power field have created more favorable conditions for the construction of my country’s power grid. In this network age, how to further realize the connection between the power system and the Internet of Things is the key content of many scholars’ research. In the Internet of Things environment, there have been many excellent results in the collection, storage, and management of electric power big data, but the problem of information security has not been completely solved. Based on big data analysis and Internet of Things technology, this paper studies the architecture design of power information security terminals. In view of the diverse types of power grid mobile information and the large amount of data, this paper designs a power transportation mobile information security management system structure, which improves the effective management of power data by the system through big data, smart sensors, and wireless communication technology. According to the experiment, the power information security terminal constructed in this paper can effectively reduce communication resources and save communication costs in the process of aggregating multidimensional data. In the user satisfaction survey, residents’ satisfaction with the convenience and safety of the intelligent power system is also as high as 9.312 and 9.233. On the whole, the application of big data and Internet of Things technology to the construction of power information security terminals can indeed improve the service efficiency of power companies under the premise of ensuring safety and allow users to have a better experience.

A Security Power Defense System Based on Cloud Computing

A system includes three power information security defense line is constructed, to achieve the information network, information outside the network, scheduling data network depth protection. According to the information security protection requirements, starting from the overall structure of information systems, taking into account the information system to schedule production system as the core, based on independent research and development of core information security isolation unit, set up three lines of defense in the power of information systems, electricity secondary system, information network systems, information systems outside the network partition protection.

Analysis and Application of Information Security Evaluation Abilities Based on Power Control Systems

With the widely application of power control systems and acceleration of the information modernization process of the power industry, the connection between power control system products and information security is closer and closer. This paper, through the analysis of the safety standard on power control systems, the combination with the existing power information system evaluation and the integration of the idea of full life cycle, research on the safe evaluation environment and the standards, processes and contents of evaluation technology in power control systems. It shows that to analysis and application of information security testing evaluation which is based on power control systems is meaningful and necessary.

Information Security Risk and Security Requirement Analysis Based on Interaction Power Mode

The interaction of electricity is one of the basic characteristics of smart grid, for interactive methods of using electricity and the information security risk and demand research. First of all, from the risk perspective, the interaction of electric power information security and wide area environment using power mode under the comparison qualitative, focuses on the differences in the objective conditions. The two in the threat generated subjective motive and the consequences of the accident etc.. On this basis, combined with the characteristics of the interaction system with electric business process and high volume, starting from the confidentiality, integrity and availability of information security requirements refine the usability evaluation, key management and abnormal behavior detection such as the 3 aspects of difficult problems.

Research and Design of the Security Area Classification Model of Electric Power Information System

Because of the special position of electric power industry in national economy and social life, electric power information security has been given particular attention. In recent years, the security defense of Electric Power Information System has been all under the principle of security area classification, which applies different security defense measures for the information systems in different security level. However, because of lacking theory guidance, the recent method of security area classification is not in accord with the requirements of real production and management, and security threaten occurs at times. In order to meet the requirements of real production and management and the needs of security area classification defense in Electric Power Information System, based on the theory of network business security, a new security area classification model of Electric Power Information System has been proposed, and the access rules of the information transmission and sharing between different security areas have also been proposed. The new security area classification model can provide theoretical basis for security area classification in Electric Power Information System, and can deal with the conflict between the requirements of real production and the needs of information security.

Grey Evaluation Method on Security Risk Assessment of Power Information System

As information technology is widely used in electric power field, security risks penetrate into all aspects of electricity production and operation, meanwhile, complexity of electric power information system make it's very difficult to guard against security risk. Information security risk assessment is the foundation and the precondition of information system security. In this paper, combining long-term power information security supervision practice, we give a multi - hierarchy and multi - attribute index system of information security risk evaluation, and point out these indexes are characterized with grey, fuzzy and difficult to quantify. Then, the analytic hierarchy process (AHP) and the theory of grey system are introduced in setting up a comprehensive evaluation model, we obtain the final score using the information fusion of different experts. Additionally, an application example is used to illustrate the availability of the proposed evaluation method. The result shows that grey evaluation which combines advantages of the qualitative and quantitative methods can be applied to risk evaluate of information system more accurately and scientifically. Meanwhile the evaluation results can help supervisors judge which is the necessity to improve.

Critical issues in the management of information systems in Nigeria: an empirical study

This is an empirical study that surveyed information managers in Nigeria to determine issues that are critical to managers of information systems in a developing economy. Information managers, like their counterparts in developed nations where similar studies of key issues had been studied, face many challenges. A sample survey strategy is used with a questionnaire requesting managers to rank issues from the most important to the least important issues. The questionnaires containing 29 issues are evaluated. One hundred questionnaires are distributed. Seventy-six questionnaires are returned. The top three issues critical to the managers are infrastructure and power supply, information and data security and availability of skill human resources. The top critical issue is contrary to results of similar studies in developed countries that show that the critical issue is improving the link between information systems strategy and business strategy. The paper discusses those issues considered important for proper perspectives of management of information systems in a developing nation.