A high-performance MEMRISTOR-based Smith-Waterman DNA sequence alignment Using FPNI structure
Mahdi Taheri, Hamed Zandevakili, Ali Mahani
TL;DR
This paper introduces a high-performance DNA sequence alignment method using memristor technology and a novel FPNI structure to improve re-configuration for varying read lengths in sequencing.
Contribution
It presents a new memristor-based approach with FPNI structure for efficient DNA sequence alignment accommodating different read lengths.
Findings
Enhanced alignment speed with memristor implementation
Improved re-configuration for variable read lengths
Potential for more accurate DNA sequencing
Abstract
This paper aims to present a new re-configuration sequencing method for difference of read lengths that may take place as input data in which is crucial drawbacks lay impact on DNA sequencing methods.
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Taxonomy
TopicsGenomics and Phylogenetic Studies · Cancer Genomics and Diagnostics · Algorithms and Data Compression