Optimized Rivest, Shamir and Adleman (RSA) for Network Inter-Layer Communication
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Abstract
This paper examines the use of Optimized Rivest, Shamir and Adleman (RSA) for Network Inter-Layer Communication. RSA is an algorithm used for secure data transmission which is based on the difficulty of factoring large prime numbers. It is an efficient public-key cryptography method used for authenticating messages and digital signatures. We examine the performance of RSA in network inter-layer communication and compare it to other methods. To achieve this appropriate key sizes of AES- 256 bits to balance security and performance were chosen for a good balance between security and performance. Key Generation, load balancing and performance monitoring were also considered to fine-tune the implementation using this optimization technique. Our results show that RSA performs well in terms of both security and performance, making it a viable choice for secure network inter-layer communication. The computational complexity of RSA encryption is greatly reduced, according to simulation results, using the suggested approach. Overall, the suggested method enhances the RSA cryptographic protocol's functionality when used for inter-layer communication in networked systems. The findings demonstrated that RSA had a faster encryption time than AES, leading to a high throughput for the RSA approach.
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