Beschreibung
In this work, a study of personalized news filtering and recommendation systems is presented. An advance K-NN algorithm and its applicability in solving recommendation problems is proposed, a Chi-square statistics based (X2SB) version of the K-NN algorithm is proposed. The new X2SB-KNN algorithm can reduce run-time and increases execution speeds through the use of critical X2 value. The recommendation system can overcome scalability problem through Real-Time pattern discovery and online pattern matching. It can also alleviate information overloading and computational complexity problems common with many existing recommendation algorithms. A novel feature selection technique called Fuzzy expert based (FEB) feature selection technique is also proposed, this method is used at data pre-processing stage to select the best feature for the classification and recommendation system. An In-house Java program was developed to implement the (X2SB-KNN) classifier on an experimental website. Performance comparison between the proposed system, the Euclidean distance K-NN and Naïve Bayesian methods shows that the (X2SB-KNN) classifier can outperform the other methods studied.
Autorenporträt
Adedayo David ADENIYI is a Lecturer in Computing in the Department of Computer Sc., Kaduna Polytechnic, Nigeria. He obtained a M.Sc. degree in Computer Sc. at Bayero University, Kano, Nigeria, in the year 2010. He is presently a Ph.D. research student at Ocean University of China, researching into Data Mining and Recommendation Systems.
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