Data Mining is widely used in Sciences and technology fields. Classification is essential and important
technique in data mining. Classification technique contains different types of classifiers. Decision Tree is most useful ruled
based classifier, the rules are in the form of IF-THEN rules and generate it according to applicable conditions in tree
structure, and checks all condition for classifying the data. The research of this project is that, Decision Tree is designing by
greedy approach which is used to generate decision for each and every attributes, but the demerits of classification
technique is generating number of rules during classification, it tends to less accuracy and efficiency. Resolved this
disadvantage with the help of Artificial Bee Colony Optimization Algorithm. It is used to optimize rules and update the
conditions during classification and optimized result. Therefore, classification using optimization algorithm is increasing
accuracy and efficiency of classification model.
Published In:IJCSN Journal Volume 6, Issue 1
Date of Publication : February 2017
Pages : 42-48
Figures :02
Tables : --
Deoshree Diwathe : M. Tech Computer Science & Engineering, G. H. Raisoni College of Engineering,
Nagpur, India.
Snehlata S.Dongare : Computer Science and Engineering, G. H. Raisoni College of Engineering,
Nagpur, India.
Data Mining, Classification technique, Decision Tree Classifier, Artificial Bee Colony Optimization Algorithm(ABC
Optimization Algorithm)
In this paper, Artificial Bee Colony Optimization
Algorithm is applicable for classification which is very
robust and efficient algorithm. An ABC algorithm is
useful for train the dataset and updates the weights,
because of this purpose it is very flexible in nature and
minimizes the number of rules created by decision tree
algorithm. Finally, it improves accuracy and efficiency.
[1] Jia Yu, Yun Chen, “Ant Colony Optimization
based Land Use Suitability Classification”, IEEE
International Conference on Intelligent Computing
Applications 2016, pp.1-6.
[2] Noureddine Ghoggali,Farid Melgani,Yakoub Bazi,
“A Multiobjective Genetic SVM Approach for
Classification Problems With Limited Training
Samples” , IEEE TRANSACTIONS ON
GEOSCIENCE AND REMOTE SENSING JUNE
2009, VOL. 47, NO. 6, PP.1707-1718.
[3] Beatriz A. Garro , Humberto Sossa ,Roberto A.
Va´zquez, “Artificial Neural Network Synthesis by
means of Artificial Bee Colony (ABC) Algorithm”
, IEEE 2011, pp.331-338.
[4] Yu-Jun Zheng, Hai-Feng Ling, Jin-Yun
Xue,Sheng-Yong Chen, “Population Classification
in Fire Evacuation: A Multiobjective Particle
Swarm Optimization Approach”, IEEE
TRANSACTIONS ON EVOLUTIONARY
COMPUTATION FEBRUARY 2014, VOL. 18,
NO. 1,PP.70-81.
[5] Rafael S. Parpinelli, Heitor S. Lopes, Alex A.
Freitas, “Data Mining With an Ant Colony
Optimization Algorithm”, IEEE
TRANSACTIONS ON EVOLUTIONARY
COMPUTING AUGUST 2002, VOL. 6, NO. 4,pp.
321-332.
[6] Biprodip Pal, Mumu Aktar, Firoz Mahmud, Syed
Tauhid Zuhori, “An Evolutionary Fuzzy Genetic
and Naïve Bayesian Approach for Multivariate
Data Classification”, IEEE International
Conference on Computer and Information
Technology 2014,pp.20-24.
[7] Alejandro Cervantes, Inés María Galván, and
Pedro Isasi, “AMPSO: A New Particle Swarm
Method for Nearest Neighborhood Classification”,
IEEE TRANSACTIONS ON SYSTEMS, MAN,
AND CYBERNETICS—PART B:
CYBERNETICS OCTOBER 2009, VOL. 39, NO.
5, PP.1082-1091.
[8] M. Duraisamy, F. Mary Magdalene Jane,
“CELLULAR NEURAL NETWORK BASED
MEDICAL IMAGE SEGMENTATION USING
ARTIFICIAL BEE COLONY ALGORITHM”,
IEEE 2012 ,PP.1-6.
[9] Yana Mazwin Mohmad Hassim,Rozaida Ghazali,
“Solving a Classification Task using Functional
Link Neural Networks with Modified Artificial
Bee Colony”, IEEE Ninth International
Conference on Natural Computation (ICNC)
2013,pp.189-193. [10] Lv Qiongshuai, Wang Shiqing, “A Hybrid Model
Of Neural Network And Classification In Wine”
IEEE 2011,PP.58-61.
[11] Khalid M. Salama, Ashraf M. Abdelbar, Fernando
E.B. Otero, “Investigating Evaluation Measures in
Ant Colony Algorithms for Learning Decision
Tree Classifiers”, IEEE Symposium Series on
Computational Intelligence 2015,pp.1146-1153.
[12] Hadhami Kaabi, Khaled Jabeur, Talel Ladhari,
“Genetic Algorithm to infer criteria weights for
Multicriteria Inventory Classification”, IEEE
International Conference on Engineering and
Technology 2014, pp.276-281.
[13] Hanning Chen, Lianbo Ma, Maowei He, Xingwei
Wang, “Artificial Bee Colony Optimizer Based on
Bee Life-Cycle for Stationary and Dynamic
Optimization”, IEEE TRANSACTIONS ON
SYSTEMS, MAN, AND CYBERNETICS:
SYSTEMS 2016,pp.1-20.
[14] Lae-Jeong Park and Cheol Hoon Park, “Fast
Layer-by-Layer Training of The Feedforward
Neural Network Classifier with Genetic
Algorithm”, IEEE International Joint Conference
on Neural Networks 2010, PP.2595-2598.
[15] Jiang Wu, Changjie Tang et al. “A Multiple
Evolutionary Neural Network Classifier Based on
Niche Genetic",IEEE Fourth International
Conference on Natural Computation 2008, PP.405-
409.
[16] Hiteshkumar Nimbark, Dr. P P Kotak et al.,
“Optimizing Architectural Properties of Artificial
Neural Network using Proposed Artificial Bee
Colony Algorithm”, IEEE 2014,PP.1285-1289.
[17] Chin-Teng Lin,Mukesh Prasad,Amit Saxena, “An
Improved Polynomial Neural Network Classifier
Using Real-Coded Genetic Algorithm”, IEEE
TRANSACTIONS ON SYSTEMS NOVEMBER
2015, MAN, AND CYBERNETICS: SYSTEMS,
VOL. 45, NO. 11, PP.1389-1401.
[18] Erdem Dilmen1, Selim Yilmaz1, Selami Beyhan ,
“CASCADED ABC-LM ALGORITHM BASED
OPTIMIZATION AND NONLINEAR SYSTEM
IDENTIFICATION”, IEEE 2013 ,PP.243-246.
[19] Fernando E. B. Otero, Alex A. Freitas, and Colin
G. Johnson, “A New Sequential Covering Strategy
for Inducing Classification Rules With Ant Colony
Algorithms” , IEEE TRANSACTIONS ON
EVOLUTIONARY COMPUTATION
FEBRUARY 2013, VOL. 17, NO. 1, PP.64-76.
[20] Rodrigo C. Barros, Márcio P. Basgalupp, Alex A.
Freitas, and André C. P. L. F. de Carvalho,
“Evolutionary Design of Decision-Tree
Algorithms Tailored to Microarray Gene
Expression Data Sets”, IEEE TRANSACTIONS
ON EVOLUTIONARY COMPUTATION
DECEMBER 2014, VOL. 18, NO. 6,PP.873-892.
[21] Rizki Tri Prasetio1 and Dwiza Riana, “A
Comparison of Classification Methods in Vertebral
Column Disorder with the Application of Genetic
Algorithm and Bagging”, 2015 4th International
Conference on Instrumentation, Communications,
Information Technology, and Biomedical
Engineering (ICICI-BME)
Bandung, November 2-3, 2015, PP.163-168.
[22] Urvesh Bhowan, Mark Johnston, Member, IEEE,
Mengjie Zhang, Senior Member, IEEE, and Xin
Yao, Fellow, IEEE, “Evolving Diverse Ensembles
Using Genetic Programming for Classification
With Unbalanced Data” , IEEE TRANSACTIONS
ON EVOLUTIONARY COMPUTATION, VOL.
17, NO. 3, JUNE 2013,PP.368-386.
[23] Adam Byerly et al. “A New Parameter Adaptation
Method for Genetic Algorithms and Ant Colony
Optimization Algorithms”, IEEE 2016,PP.0668-
0673.
[24] Chia-Feng Juang, Senior Member, IEEE, Chi-Wei
Hung, and Chia-Hung Hsu, “Rule-Based
Cooperative Continuous Ant Colony Optimization
to Improve the Accuracy of Fuzzy System
Design”, IEEE TRANSACTIONS ON FUZZY
SYSTEMS, VOL. 22, NO. 4, AUGUST 2014,
PP.723-735.
[25] Abdul Rauf Baig, Member, IEEE, Waseem
Shahzad, and Salabat Khan, “Correlation as a
Heuristic for Accurate and Comprehensible Ant
Colony Optimization Based Classifiers”, IEEE
TRANSACTIONS ON EVOLUTIONARY
COMPUTATION, VOL. 17, NO. 5, OCTOBER
2013, PP.686-704.