Abstract
Data warehouse is a set of integrated databases deliberated to expand decision-making and problem solving, espousing exceedingly condensed data. Data warehouse happens to be progressively more accepted theme for contemporary researchers with respect to contemporary inclination towards industry and executive purview. The crucial tip of the proposed work is integrated on delivering an enhanced and an exclusive innovative model based on the intention of enhancing security measures, which at times have been found wanting and also ensuring improved accessibility using Hashing modus operandi. An unsullied algorithm was engendered using the concept of protein synthesis, prevalently studied in Genetics, that is, in the field of Biotechnology, wherein three steps are observed, namely; DNA Replication, Translation and Transcription. In the proposed algorithm, the two latter steps, that is, Translation and Transcription have been taken into account and the concept have been used for competent encryption and proficient decryption of data. Central Dogma Model is the name of the explicit model that accounts for and elucidates the course of action for Protein Synthesis using the Codons which compose the RNA and the DNA and are implicated in numerous bio–chemical processes in living organisms. It could be observed that subsequently a dual stratum of encryption and decryption mechanism has been employed for optimal security. The formulation of the immaculate Hashing modus operandi ensure that there would be considerable diminution of access time, keeping in mind the apt retrieval of all indispensable data from the data vaults. The pertinent appliance of the proposed model with enhanced security might be in its significant service in a variety of organizations where accrual of protected data is of extreme magnitude. The variety of organizations might include educational organizations, corporate houses, medical establishments, private establishments and so on and so forth.
Highlights
Data warehouse is an entrenched depository of an organization‟s electronically summative data [1, 2, 5]
Through the formulation of the paper, discussions as well as Illustrations ensure how security could be implemented at distinguished tiers/levels using the innovative DNA Translation cryptographic algorithm through the proposed Drawer Model Based Data Warehouse Architecture as an Added measure over the existing Data Warehouse Architecture [1]
The General Transfers illustrate the normal flow of biological information: DNA could be copied to DNA (DNA Replication); DNA information could be copied to mRNA (Transcription); Proteins could be synthesized using the information in mRNA as a template (Translation)
Summary
Data warehouse is an entrenched depository of an organization‟s electronically summative data [1, 2, 5]. Endowing security for the warehouse is virtually an enormous vulnerability for any organization. The proposed work is principally unforced, as it confers the formulation of the inventive architecture with the objective of enhancing security measures and data warehouse performance enhancement in the course of action [1, 2, 5, 6]. The entire paper deals with an interdisciplinary approach of employing the biological process by which protein is synthesized in living organisms, for development of an algorithm by which a plain text is converted to a cipher text. A real world phenomenon is being employed in computation and its appliance on the data warehouse should endow the reader with an insight into implementation of bio– inspired algorithm and its prospective impact on the manner it is being perceived and professed, thereby solving computational problems
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