Computational Study of Wielandt Subgroups and Series using GAP: Wielandt Subgroups and Series using GAP - Couverture souple

Javed, Muhammad Aslam; Ali, Asif

 
9783848494361: Computational Study of Wielandt Subgroups and Series using GAP: Wielandt Subgroups and Series using GAP

Synopsis

Wielandt subgroup of a group G is defined to be the intersection of all subnormal subgroups of G. This subgroup was introduced in 1958 by H. Wielandt. GAP provides a programming language and a library of thousands of functions written in GAP language to implement the algorithms on Group Theory. Since 1992, many user contributed programs called Packages have been distributed by GAP. This book is also an effort to contribute to Computational Group Theory as GAP Package. These algorithms helps to compute the various Wielandt subgroups and series of a finite group G, like Wielandt, Generalized Wieladnt, Strong Wielandt, pWielandt, and pStrong Wielandt subgroups and series of a finite group G. T Groups can also be studied with these algorithms.

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Présentation de l'éditeur

Wielandt subgroup of a group G is defined to be the intersection of all subnormal subgroups of G. This subgroup was introduced in 1958 by H. Wielandt. GAP provides a programming language and a library of thousands of functions written in GAP language to implement the algorithms on Group Theory. Since 1992, many user contributed programs called Packages have been distributed by GAP. This book is also an effort to contribute to Computational Group Theory as GAP Package. These algorithms helps to compute the various Wielandt subgroups and series of a finite group G, like Wielandt, Generalized Wieladnt, Strong Wielandt, pWielandt, and pStrong Wielandt subgroups and series of a finite group G. T Groups can also be studied with these algorithms.

Biographie de l'auteur

Mr. Muhammad Aslam Javed currently works as Lecturer Mathematics in University of Central Punjab, Lahore, Pakistan. He completed his M.Phil. in 2006. His major area of research in M.Phil. is Computational Group Theory. He completed his MS in 2010. Here, his major area of research is Fuzzy Controllers.

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