Software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition.

Abstraction:<br /> The work explores the potentiality of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition. In particular, a retraining scheme for the clonal selection algorithm is formulated f...

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Main Authors: Shereen Moataz Muhammad Siddiq, Jamal Salahddin Sayed Majeed
Format: Article
Language:Arabic
Published: College of Education for Pure Sciences 2013-08-01
Series:مجلة التربية والعلم
Subjects:
Online Access:https://edusj.mosuljournals.com/article_89897_7eceddb7adfa4d574bb32a798372d118.pdf
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spelling doaj-aeda9f6056f64a59add0c10b5fea48732020-11-24T21:22:39ZaraCollege of Education for Pure Sciencesمجلة التربية والعلم1812-125X2664-25302013-08-0126315217810.33899/edusj.2013.8989789897Software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition.Shereen Moataz Muhammad SiddiqJamal Salahddin Sayed MajeedAbstraction:<br /> The work explores the potentiality of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition. In particular, a retraining scheme for the clonal selection algorithm is formulated for better recognition rates. Empirical study with a dataset (which contains about 100 handwritten samples for 26 characters taken from 30 persons) shows that the proposed approach exhibits very good generalization ability, such that results reported recognition accuracy reached to 100% for the recognition of characters that have been used in building database, and an average recognition accuracy of about 94% for other characters.https://edusj.mosuljournals.com/article_89897_7eceddb7adfa4d574bb32a798372d118.pdfsoftware engineeringclonal selection algorithmhybridizinggenetic algorithm ga
collection DOAJ
language Arabic
format Article
sources DOAJ
author Shereen Moataz Muhammad Siddiq
Jamal Salahddin Sayed Majeed
spellingShingle Shereen Moataz Muhammad Siddiq
Jamal Salahddin Sayed Majeed
Software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition.
مجلة التربية والعلم
software engineering
clonal selection algorithm
hybridizing
genetic algorithm ga
author_facet Shereen Moataz Muhammad Siddiq
Jamal Salahddin Sayed Majeed
author_sort Shereen Moataz Muhammad Siddiq
title Software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition.
title_short Software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition.
title_full Software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition.
title_fullStr Software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition.
title_full_unstemmed Software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition.
title_sort software engineering of a clonal selection algorithm and it's hybridizing with the genetic algorithm ga in cursive and discrete handwritten english character recognition.
publisher College of Education for Pure Sciences
series مجلة التربية والعلم
issn 1812-125X
2664-2530
publishDate 2013-08-01
description Abstraction:<br /> The work explores the potentiality of a clonal selection algorithm and it's hybridizing with the genetic algorithm GA in cursive and discrete handwritten English character recognition. In particular, a retraining scheme for the clonal selection algorithm is formulated for better recognition rates. Empirical study with a dataset (which contains about 100 handwritten samples for 26 characters taken from 30 persons) shows that the proposed approach exhibits very good generalization ability, such that results reported recognition accuracy reached to 100% for the recognition of characters that have been used in building database, and an average recognition accuracy of about 94% for other characters.
topic software engineering
clonal selection algorithm
hybridizing
genetic algorithm ga
url https://edusj.mosuljournals.com/article_89897_7eceddb7adfa4d574bb32a798372d118.pdf
work_keys_str_mv AT shereenmoatazmuhammadsiddiq softwareengineeringofaclonalselectionalgorithmanditshybridizingwiththegeneticalgorithmgaincursiveanddiscretehandwrittenenglishcharacterrecognition
AT jamalsalahddinsayedmajeed softwareengineeringofaclonalselectionalgorithmanditshybridizingwiththegeneticalgorithmgaincursiveanddiscretehandwrittenenglishcharacterrecognition
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