Pattern Based Matrix Insertion Deletion System for Efficient Bio Molecular Computing System

Abstract

The problem of bio molecular computing has been well studied and there are number of approaches discussed for the detection of false gene sequences. However, they suffer to achieve higher performance in the detection of false sequences. To improve the performance of detection of fake molecular patterns, an pattern based approach is discussed in this paper. As of the biomolecular strings a set of patterns, the method first identifies the list of sequences available and based on the set of patterns being maintained, the method identifies the list of patterns present in the gene sequence. Based on the sequences, the method identifies the incomplete and fake sequences and performs insertion and deletion using matrix operations. The method maintains number of patterns for the matrix insertion and deletion operation. For each pattern available, the method compute the bio molecular sequence weight. Finally a single sequence has been selected and based on the selected pattern, the method performs insertion and deletion operation. The proposed method produces efficient results on the detection as well as correction.