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Analysis of GA Optimized ANN for Proactive Context Aware Recommender System

  • Akshi Kumar
  • Nitin Sachdeva
  • Archit Garg
Conference paper
Part of the Advances in Intelligent Systems and Computing book series (AISC, volume 734)

Abstract

A Recommender System essentially focusses on recommending the most significant items to the users based on their preferences. The objective of a recommender system is to create relevant suggestions to the users for the items like foods for a restaurant etc. based on their interests. The traditional recommender systems put forward recommendations to the users without taking in account any of the considerations about the contextual information like time and place etc. This paper explicates a way to deal with restaurant based recommender system by utilizing a hybrid approach namely ‘genetic algorithm optimized artificial neural network’ to yield higher precision and accuracy in prescribing relevant items to the users based on their preferences and interests. Here, a system of a ‘context aware recommender system’ is implemented that suggests diverse sorts of things proactively to the users. This system involves implementation of the artificial neural network technique that will do the reasoning of the context to figure out whether to throw a recommendation or not and what kind of items to prescribe to the users proactively depending on their interests. The artificial neural network inputs are virtually taken from the Internet of things and its outputs are the scores based on the type of recommendations. These scores have been utilized to choose whether to throw a recommendation or not. This study represents strong potential for prescribing relevant items to the users utilizing the hybrid methodology of “genetic algorithm optimized artificial neural network” for ‘context aware recommender system’ with higher precision and accuracy.

Keywords

Artificial neural network Context aware recommender systems Genetic algorithm Internet of things 

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Copyright information

© Springer International Publishing AG, part of Springer Nature 2018

Authors and Affiliations

  1. 1.Delhi Technological UniversityDelhiIndia

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