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A Proposed Approach To Ant Colony Algorithm And A Comparative Study
(Englisch)
Smaranika Mohapatra & Neelamani Samal

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A Proposed Approach To Ant Colony Algorithm And A Comparative Study

Produktbeschreibung

Autor/Autorin: Mohapatra Smaranika

Prof.Smaranika Mohapatra has completed her Master´s Degree in Computer Science and Engineering with Honors at BPUT,Odisha,India. She is currently workingat MAIET , India. Her field of interest includes ANN, Big Data, Cloud Computing, She is having several publications and is also a Reviewer in an International Journal.
In order to get the best from the network, there is a need to find the shortest path. The more complicated the network is, the more difficult it is to manage the routes and indicate which one is the best. The ants, in their necessity to find food and brings it back to the nest, manage not only to explore a vast area, but also to indicate to their peers the location of the food while bringing it back to the nest. Thus, they know where their nest is, and also their destination, without having a global view of the ground. The purpose of this project is to provide a clear understating of the Ants-based algorithm, by giving a formal and comprehensive systematization of the subject.

Über den Autor



La prof.ssa Smaranika Mohapatra ha conseguito la laurea specialistica in Informatica e Ingegneria con lode presso il BPUT, Odisha, India. Attualmente lavora al MAIET, in India. Il suo campo di interesse comprende la RNA, i Big Data, il Cloud Computing, ha diverse pubblicazioni ed è anche revisore in una rivista internazionale.


Klappentext

In order to get the best from the network, there is a need to find the shortest path. The more complicated the network is, the more difficult it is to manage the routes and indicate which one is the best. The ants, in their necessity to find food and brings it back to the nest, manage not only to explore a vast area, but also to indicate to their peers the location of the food while bringing it back to the nest. Thus, they know where their nest is, and also their destination, without having a global view of the ground. The purpose of this project is to provide a clear understating of the Ants-based algorithm, by giving a formal and comprehensive systematization of the subject.



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