Synopsis on "ANALYZING THE EFFECTIVENESS OF THE ADVANCED ENCRYPTION STANDARD ALGORITHM ON MULTICORE PROCESSOR"
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This document discusses a project aimed at enhancing the performance of the Advanced Encryption Standard (AES) algorithm using multicore processors and the OpenMP API to improve execution time and efficiency in cryptography. The methodology involves parallel encryption and decryption of data blocks across multiple cores, leveraging simultaneous multithreading for better resource utilization. Expected outcomes include reduced execution time compared to single-core systems within a projected timeline of five months and an estimated budget of Rs. 5000.
Synopsis on "ANALYZING THE EFFECTIVENESS OF THE ADVANCED ENCRYPTION STANDARD ALGORITHM ON MULTICORE PROCESSOR"
- 1. ANALYZING THE EFFECTIVENESS OF THE ADVANCED ENCRYPTION STANDARD ALGORITHM ON MULTICORE PROCESSOR DEPARTMENT OF COMPUTERSCIENCE AND ENGINEERING, BCE, SHRAVANABELAGOLA 1 ANALYZING THE EFFECTIVENESS OF THE ADVANCED ENCRYPTION STANDARD ALGORITHM ON MULTICORE PROCESSOR AIM: To implement and improve the performance of Advanced Encryption Standard algorithm by using multicore systems and OpenMP API extracting as much parallelism as possible from the algorithm in parallel implementation approach. SCOPE: The requirement of information security on a network has become highly challenging. Cryptography is a method to provide information confidentiality, authenticity and integrity. The cryptography overcomes several challenges such as execution time, memory requirement, and computation power. However, one cannot get desired outcomes by using sequential computation. In this project, we introduce parallel computation using multicore processors by parallelizing the execution of the algorithm in multiple cores and also analyze the effectiveness of the Advanced Encryption Standard (AES) algorithm on dual core processor by using OpenMP API to reduce the execution time. This process is validated using JAVA platform. The time required to complete this project is around 5 months and the expected expenditure is around Rs. 5000. OBJECTIVES: To facilitate encryption and decryption of large data. To reduce execution time by using multicore system. To compare the execution time of single core and multicore systems. METHODOLOGY: The input is a text file consisting of n-blocks of data.
- 2. ANALYZING THE EFFECTIVENESS OF THE ADVANCED ENCRYPTION STANDARD ALGORITHM ON MULTICORE PROCESSOR DEPARTMENT OF COMPUTERSCIENCE AND ENGINEERING, BCE, SHRAVANABELAGOLA 2 The first n/2 blocks can be assigned to one core for encryption/decryption, while another n/2 blocks can be assigned to another core for performing encryption/decryption. The encryption/decryption on multiple blocks of data is done simultaneously by using the concept of simultaneous multithreading, some of the blocks by one core and some of the blocks by another core. This process will continue until the end of the file. HARDWARE AND SOFTWARE REQUIREMENTS: Intel Core 2 Duo processor 2 GB RAM 40 GB hard disk JDK 1.8 Eclipse Apache tomcat 9 MySQL RESULTS EXPECTED: To obtain an improved execution time for AES algorithm in multicore system over single core system. Signature of Students: Chethan B.M. 4BB13CS011 ………………….. Nikhil Jain C.S. 4BB13CS021 ………………….. Sharath M.S. 4BB13CS029 ………………….. Mrs. Kavitha C.R. Mr. Nagaraju S. Mrs. Kavitha C.R. Asso. Prof. & Guide Asst. Prof. & Coordinator Asso. Prof. & HOD