Many digital signal processing techniques have been used to automatically distinguish the
protein coding regions (exons) from non-coding regions (introns) in a DNA sequence …

Certain biological functions are related to observe periodic behavior in DNA sequences, for
example the period-3 behavior in exons. Appropriately, the field of digital signal processing …

The detection of many forms of periodicities in DNA sequences has been an active area of
research in recent years. Most of the signal processing based methods have used the …

In recent years, estimation of protein-coding regions in numerical deoxyribonucleic acid
(DNA) sequences using signal processing tools has been a challenging issue in …

Many signal processing techniques have been introduced in the past to identify the protein
coding regions by detecting the so-called period-3 component in the DNA spectrum …

Finding repetitive sequences in DNA is of particular interest in biology due to their role in
genetic diseases, human gene mapping, evolution, and many other important and …

Sequence repeats are the simplest form of regularity and the detection of repeats is
important in biology and medicine as it can be used for phylogenic studies and disease …

While period detection in biological sequence data has received considerable attention, it is
unclear which methods may be best suited to the problem of exploratory period estimation …