Development of Statistical Tools for Notation and Algebra Basics in Toric Surface
Exploring Statistical Tools and Algebra Basics in Toric Surface
by Vikram .*,
- Published in Journal of Advances and Scholarly Researches in Allied Education, E-ISSN: 2230-7540
Volume 16, Issue No. 2, Feb 2019, Pages 374 - 378 (5)
Published by: Ignited Minds Journals
ABSTRACT
Statisticians play a dominant part in data analysis to assemble statistical deductions. In the field of science genome arrangements are utilized to decipher data. The DNA chain is made with nucleic acids Adenine (Ad), Cytosine (Cy), Guanine (Gu) Thymine (Ty) to the benchmark in biology. Genome sequences (Ad, Cy, Gu, Ty) are used to reveal some obvious facts about the plan forever, their functionality, structure as well as advancement. This paper deals with the statistic derivation tools presented by Durbin in 1998 written in the algebraic language. This language for statistical analysis elucidates analysis of discrete data, biological sequence analysis and also amalgamates algorithmic ingredients. Since, statistics for algebra is present day rising field as in polynomial algebra investigates how computational algebra methods would be applied to statistics.
KEYWORD
statistical tools, notation, algebra basics, toric surface, data analysis, genome arrangements, DNA chain, nucleic acids, genome sequences, statistic derivation
