Date of Publication :17th November 2022

Abstract: In this paper we are going to propose a new approach to map the DNA sequences using Smith waterman algorithm with the Gotoh algorithm. In gene Biomedical applications sequence mapping plays a major reinforce identifying various issues regarding diseases, mutations etc. can be analyzed and identified. As the mapping process is the most time-consuming process here we are going to resolve it by introducing g divided and conquer-based approach implementing parallelism for mapping the sequences and we can enhance the performance of the mapping sequence process. The proposed implementation is suitable for FPGA hardware utilization which is the prime factor of our suggested implementation. The synthesis and simulation of the proposed implementation can be done using CAD tools & MATLAB for extracting the DNA data.

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