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It introduces a very important application to the solvability problem of network coding using tools from algebraic geometry by building a simplified network using Groebner basis. it presents a way to simplify a given communication network through an algorithm that splits the network into subnets and reintegrates them into a network that is a general representation or model of the studied network. This model is also represented through a combination of polynomial equations and uses Groebner bases to reach a new simplified network equivalent to the given network, which may make studying the…mehr

Produktbeschreibung
It introduces a very important application to the solvability problem of network coding using tools from algebraic geometry by building a simplified network using Groebner basis. it presents a way to simplify a given communication network through an algorithm that splits the network into subnets and reintegrates them into a network that is a general representation or model of the studied network. This model is also represented through a combination of polynomial equations and uses Groebner bases to reach a new simplified network equivalent to the given network, which may make studying the ability to solve the problem of network coding less expensive and much easier.
Autorenporträt
Sh. ALRashed: Profesor asociado del departamento de matemáticas de la Facultad de Ciencias de la Universidad de Damasco y de la Facultad de Informática e Ingeniería de la Comunicación de la Universidad Internacional Árabe de Damasco (Siria).A. Jonny: Profesor del departamento de matemáticas de la Universidad de Damasco, Damasco, Siria.