The protein coding regions play a significant role for gene applications in genomic signal
processing. Unlike prokaryotes, the coding regions in eukaryotes are arranged in a random …

The analysis of protein coding regions of DNA sequences is one of the most fundamental
applications in bioinformatics. A number of model-independent approaches have been …

Identification of protein coding region (exon) locations in DNA sequences is a fundamental
initial step in genomic signal processing (GSP). Several techniques have already been …

Detecting and visualizing nonlinear interactive effects of Single Nucleotide Polymorphisms
(SNPs) or epistatic interactions are important topics of signal processing having great …

In recent years, DSP has been widely used in the area of DNA sequence analysis, detection
of protein coding and non-coding regions and also in finding abnormalities present in …

The fundamental step in genomic signal processing applications is to assign mathematical
descriptor to nucleotides {A, T, G, C} of DNA molecule for discrete representation. The …

Cancer is one of the life-threatening diseases caused by changes in the structure of genetic
components of the cell. DNA sequences are one of the most important factors in the …

In a Eukaryotic gene, identification of exon regions is crucial for protein formation. The
periodic‐3 property of exon regions has been used for its identification. An anti‐notch infinite …

Unlike prokaryotic genomes, the arrangement of protein-coding regions in eukaryotic
genomes is not continuous. It is interrupted by the non-coding DNA sequences called …

The identification of protein coding regions is a major topic of research in the field of gene
prediction. A number of digital signal processing (DSP) based approaches, which exploit 3 …