Abstract:This paper proposed a study on computer network information security and protection strategy based on a big data environment. The research purpose was to use big data technology to network information security protection technology and seek more efficient network information protection technology. The algorithm proposed in this article was a time-series network detection algorithm based on big data, which could improve the early warning rate of abnormal network information, reduce the early warning time, and i… Show more
“…Therefore, this article focuses on the new challenges faced by data privacy protection and information security under the backdrop of standard digitization, systematically reviews the technological development status in related fields, particularly focusing on cutting-edge privacy protection and security algorithmic technologies. It also evaluates these technologies in conjunction with practical cases from the electricity industry, aiming to provide beneficial insights for accelerating the construction of an active immune defense system adapted to the development needs of the digital era and to safeguard the healthy and secure development of the digital economy [2]. models constantly emerging, and the level of digitalization constantly improving.…”
This article addresses the challenges of data privacy protection and information security in the context of standard digitization, systematically examining the current status and practical applications of relevant algorithmic technologies. It elucidates the essence and characteristics of standard digitization, analyzes the necessity and urgency of strengthening data privacy protection and information security. The article reviews the current situation of data privacy protection and information security both domestically and internationally, highlighting the heightened requirements imposed by standard digitization on both fronts. It focuses on exploring advanced privacy protection and security algorithmic technologies such as homomorphic encryption, differential privacy, federated learning, cryptographic algorithms, artificial intelligence, and evaluates their performance through experiments. Finally, the article analyzes the application effects of algorithmic technologies in real scenarios, using a case study from the electricity industry, confirming their effectiveness and practicality. This research holds significant reference value for promoting technological innovation and practical applications in data privacy protection and information security under the conditions of digital economy.
“…Therefore, this article focuses on the new challenges faced by data privacy protection and information security under the backdrop of standard digitization, systematically reviews the technological development status in related fields, particularly focusing on cutting-edge privacy protection and security algorithmic technologies. It also evaluates these technologies in conjunction with practical cases from the electricity industry, aiming to provide beneficial insights for accelerating the construction of an active immune defense system adapted to the development needs of the digital era and to safeguard the healthy and secure development of the digital economy [2]. models constantly emerging, and the level of digitalization constantly improving.…”
This article addresses the challenges of data privacy protection and information security in the context of standard digitization, systematically examining the current status and practical applications of relevant algorithmic technologies. It elucidates the essence and characteristics of standard digitization, analyzes the necessity and urgency of strengthening data privacy protection and information security. The article reviews the current situation of data privacy protection and information security both domestically and internationally, highlighting the heightened requirements imposed by standard digitization on both fronts. It focuses on exploring advanced privacy protection and security algorithmic technologies such as homomorphic encryption, differential privacy, federated learning, cryptographic algorithms, artificial intelligence, and evaluates their performance through experiments. Finally, the article analyzes the application effects of algorithmic technologies in real scenarios, using a case study from the electricity industry, confirming their effectiveness and practicality. This research holds significant reference value for promoting technological innovation and practical applications in data privacy protection and information security under the conditions of digital economy.
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