Enhancing Cyber-Resilience of Power Systems’ AGC Sensor Data by Time Series to Image Domain Encoding

Roy, Siddhartha Deb; Debbarma, Sanjoy

doi:10.1109/tsg.2024.3361014

Cited by 5 publications

(2 citation statements)

References 40 publications

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“…With the rapid development of digital information technology, information security issues have gradually become the focus of attention, especially in the field of digital image transmission and storage. Since image data is vulnerable to unauthorized access and malicious tampering, ensuring the security of image data has become a top priority [1,2]. Traditional encryption methods gradually reveal their limitations in handling the progressively complex and diverse image data and are unable to address the evolving security challenges [3,4].…”

Section: Introductionmentioning

confidence: 99%

Color image encryption algorithm based on novel dynamic DNA encoding and chaotic system*

Mou,

Dong

2024

Phys. Scr.

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To enhance the security of image data, prevent unauthorized access, tampering, and leakage, maintain personal privacy, protect intellectual property rights, and ensure the integrity of images during transmission and storage. This study introduces an innovative color image encryption scheme based on dynamic DNA encoding operations and chaotic systems. By simulating a quantum random walk, a random key is generated to enhance the security of the confidential system. In addition, we integrated the enhanced Josephus problem into DNA coding rules to create dynamic DNA coding rules. At the same time, we proposed a dynamic double-loop DNA XOR operation, which fully utilizes the random sequence generated by the generalized Hamiltonian chaos system to precisely control the loop direction, starting point, and number of operations. This enhances the complexity of the encryption algorithm. After sufficient experimental verification and in-depth research and analysis, our innovative design not only enhances the difficulty of cracking while ensuring image quality but also provides reliable protection for the security of image data.

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Section: Introductionmentioning

confidence: 99%

Color image encryption algorithm based on novel dynamic DNA encoding and chaotic system*

Mou,

Dong

2024

Phys. Scr.

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“…This can make IoT services faster and less sensitive to delay. Also, technologies like 5G networks offer more speed and less delay, which could help IoT settings with network congestion even more [4]. But putting these technologies to use on a large scale and making sure they work with current systems are still big problems.…”

Section: Introductionmentioning

confidence: 99%

Empowering Edge Security An Advanced Encryption Strategies for Enhanced Cyber Resilience in Edge Computing

Stojanovic,

Dhabliya

2023

RJCSE

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Edge computing is quickly becoming popular in many fields because it promises lower delay and better performance. There are, however, serious security worries about the growing number of edge devices, especially when it comes to the safety and accuracy of data. This paper suggests using more complex encryption methods to make edge computing settings safer online. Traditional encryption methods, like AES (Advanced Encryption Standard), work, but they might not be enough to keep things safe in edge settings that change a lot. It is important to have lightweight encryption methods that can balance security and speed because edge devices often work in settings with limited resources. Hybrid encryption, which combines symmetric and asymmetric methods, is one way to do this. This makes it possible to secure data quickly with symmetric keys, while asymmetric keys are used to handle and trade keys, which improves security overall. It is also possible to use temporary key sharing methods to make the system even safer. Keeping track of encryption keys is another important part. Traditional ways of managing keys might not work well in edge computing, where devices are spread out and often move around. So, the study suggests using decentralized key management systems (DKMS) to make it safe to create, share, and remove encryption keys in edge settings. The study also talks about how safe startup and authentication methods are important for making sure that edge devices are trustworthy. Potential security risks can be lessened by making sure that devices are real and functioning properly before letting them connect to the network. The advanced encryption strategies that have been suggested, such as hybrid encryption, autonomous key management, and safe startup methods, can make edge computing settings much more secure online.

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Chaos quasi-opposition crayfish based modified new controller designed for hybrid deregulated power environment considering cyber-attack

Singh,

Shankar,

Singh

2024

Chaos, Solitons & Fractals

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Enhancing Cyber-Resilience of Power Systems’ AGC Sensor Data by Time Series to Image Domain Encoding

Cited by 5 publications

References 40 publications

Color image encryption algorithm based on novel dynamic DNA encoding and chaotic system*

Color image encryption algorithm based on novel dynamic DNA encoding and chaotic system*

Empowering Edge Security An Advanced Encryption Strategies for Enhanced Cyber Resilience in Edge Computing

Chaos quasi-opposition crayfish based modified new controller designed for hybrid deregulated power environment considering cyber-attack

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