Data storage and DNA banking are receiving tremendous attention recently, due to the
explosion of genetic research, biomedical research and forensic sciences. DNA databases …

Modern DNA sequencing instruments are able to generate huge amounts of genomic data.
Those huge volumes of data require effective storage, fast transmission, provision of quick …

Compression of large collections of data can lead to improvements in retrieval times by
offsetting the CPU decompression costs with the cost of seeking and retrieving data from …

This paper introduces a novel algorithm for DNA sequence compression that makes use of a
transformation and statistical properties within the transformed sequence. The designed …

In this paper, we present an algorithm for DNA sequence compression that uses a
replacement method. The replacement method introduces words and a word-based …

Deoxyribonucleic acid (DNA) is the basic entity that carries genetic instructions. This
information is used in the evolution, progression, and improvement of all species. It is …

The whole gamut of Genetic data is ever increasing exponentially. The human genome in its
base format occupies almost thirty terabyte of data and doubling its size every two and a half …

Nowadays, The development of genome sequencing technologies has become more
accessible for the biologists who are now facing a huge amount of genomic data. Storing …

The large amount of DNA sequences stored on online databases has led scientists to
implement compression algorithms for DNA sequences. These algorithms attempt to remove …

The increase of the amount of DNA sequences requires efficient computational algorithms
for performing sequence comparison and analysis. Standard compression algorithms are …