Table of contents : Welcome Table of Content Title BENTHAM SCIENCE PUBLISHERS LTD. End User License Agreement (for non-institutional, personal use) Usage Rules: Disclaimer: Limitation of Liability: General: FOREWORD PREFACE List of Contributors Study of Machine Learning for Recommendation Systems Abstract INTRODUCTION Recommendation System Machine Learning Supervised learning Semi-supervised learning Unsupervised learning Reinforcement learning METHODS Collaborative Filtering Model-Based Memory-Based User-Based Item-Based Content-based Filtering Hybrid Filtering Algorithms Co-clustering Matrix Factorization Singular Value Decomposition Non-negative Matrix Factorization Difference between SVD and NMF K-Nearest Neighbors K-means Clustering Naive Bayes Random Forest Evaluation Methods F1. Measure RMSE (Root Mean Squared Error) MAE (Mean Absolute Error) EXPERIMENTATION Dataset Implementation Result Discussion CONCLUSION ACKNOWLEDGEMENT References Machine Learning Approaches for Text Mining and Spam E-mail Filtering: Industry 4.0 Perspective Abstract INTRODUCTION Integration and Interconnection Data and Digitalization Refinement and Personalization Smart Manufacturing Automated Vehicles and Machines Quality Control Predictive Maintenance Demand Predictions Chatbots BACKGROUND & MOTIVATION Spam Filtering Using Machine Learning Approaches Data Pre-processing Techniques Spam Filtering: A Comparative Study of Machine Learning Approaches Data Repositories Performance Measurement MACHINE LEARNING APPROACHES Decision Tree Modeling Random Forest Gradient Boosted Model (GBM) AdaBoost Method Naive Bayes Classification Artificial Neural Network Support Vector Machines Tuning Hyper-parameters EXPLORATORY DATA ANALYSIS Experimental Inferences and Discussion CONCLUDING REMARKS CONSENT FOR PUBLICATION CONFLICT OF INTEREST ACKNOWLEDGEMENT REFERENCES An Overview of Deep Learning-Based Recommendation Systems and Evaluation Metrics Abstract INTRODUCTION RECOMMENDATION SYSTEMS Content-based Recommendation Collaborative Filtering Recommendation Hybrid DEEP LEARNING APPROACHES Embedding Generative Approach Discriminative Approach Hybrid Approach DEEP LEARNING-BASED RECOMMENDATION SYSTEMS Article Citation Entertainment E-commerce Other Applications EVALUATION METRICS CONCLUSION REFERENCES Towards Recommender Systems Integrating Contextual Information from Multiple Domains through Tensor Factorization Abstract INTRODUCTION Problem Statement CD-CARS Overview LITERATURE REVIEW Cross-Domain RS Definition of Domain Cross-Domain Recommendation Tasks Cross-Domain Recommendation Goals Cross-Domain Recommendation Scenarios Cross-domain Methods Context-Aware Recommender Systems Definition of Context Obtaining Contextual Information Contextual Information Relevance and availability Context-Aware Approaches “Ad-hoc” Cross-Domain Context-Aware Recommender Systems SYSTEMATIC CROSS-DOMAIN CONTEXT-AWARE RECOMMENDER SYSTEMS CD-CARS Problem Formalization Contextual Information Modelling Contextual Features Formalization Obtaining and Choosing Relevant Contextual Information CD-CARS Algorithms Base Cross-Domain Algorithms Single-Domain as CD Algorithms Cross-Domain Algorithms CD-CARS Evaluation Evaluation of Data Partitioning Sensitivity Analysis Discussion CONCLUSION AND RESEARCH DIRECTIONS Acknowledgment REFERENCES Developing a Content-based Recommender System for Author Specialization using Topic Modelling and Ranking Framework Abstract INTRODUCTION RELATED WORK PROBLEM DESCRIPTION HADOOP-BASED TOPIC MODELLING SYSTEM TO IDENTIFY AUTHOR SPECIALIZATION Text Vectorization Mapper Reducer INFLUENCE OF NODES AND MULTI-CRITERIA RANKING MODEL EXPERIMENTAL SETUP AND DISCUSSION Dataset Used Pre-processing Step Results of Hadoop-based Topic Modeling Result of Ranking Model CONCLUSION AND FUTURE SCOPE ACKNOWLEDGEMENT REFERENCES Movie Recommendations Abstract INTRODUCTION MOVIE RECOMMENDATION SYSTEM RECOMMENDER SYSTEM DESIGN VARIANTS Collaborative Filtering Content-based Filtering Demographic Filtering Knowledge-based Filtering Utility-based Hybrid Recommender System DESIGN OF A MOVIE RECOMMENDER SYSTEM Machine Learning (ML) Based Approaches Deep Learning-based Approach THE NETFLIX RECOMMENDER SYSTEM - A CASE STUDY Netflix Personalization Each Row on the Page is Personalized Ranking PERFORMANCE METRICS ADOPTED FOR MOVIE RECOMMENDATION CONCLUSION REFERENCES Sentiment Analysis for Movie Reviews Abstract INTRODUCTION SENTIMENT ANALYSIS LITERATURE SURVEY PROPOSED WORK Sentiment Analysis Opinion Mining Technical Description Input Dataset Dataset Description Data Preprocessing Deep Learning Supervised Learning METHODOLOGY Random Forest Long Short-Term Memory Bi-Directional Long Short-Term Memory RESULTS AND DISCUSSIONS CONCLUSION ACKNOWLEDGEMENT REFERENCES A Movie Recommender System with Collaborative and Content Filtering Abstract INTRODUCTION RELATED WORK Limitations Proposals of a New Similarity Metrics Accuracy BACKGROUND CATEGORIES OF RECOMMENDER SYSTEMS Collaborative Recommender Systems Memory-Based Collaborative Filtering Model-based Collaborative Filtering Content Recommender System ALGORITHMS Nearest-Neighbors Matrix Factorization Methods Clustering-Based RS SIMILARITY METRICS User-Based Collaborative Recommender System Finding Nearest Neighbors using Jaccard Similarity Finding Nearest Neighbors using Cosine Similarity Nearest Neighbors using Pearson Similarity Nearest Neighbors using Mean Square Difference Similarity Item-Based Collaborative System Nearest Products using Pearson Similarity Content-Based Filters Data Pre-processing Vectorization TF-IDF Word Embeddings Limitations Topic Modelling EVALUATION METRICS Precision and Recall MAE RMSE CONCLUSION AND FUTURE WORK ACKNOWLEDGEMENTS REFERENCES An Introduction to Various Parameters of the Point of Interest Abstract INTRODUCTION IMPACT OF VARIOUS PARAMETERS ON POI RECOMMENDATION Users’ Interest-Based Recommendation Location Popularity-Based Recommendation Weather Based Recommendation Cost Effective Recommendation SUMMARY CONCLUSION AND FUTURE SCOPE Acknowledgments. REFERENCES Mobile Tourism Recommendation System for Visually Disabled Abstract INTRODUCTION PROPOSED WORK Recommendation Systems Collaborative Recommender Systems A Content-based Recommender Hybrid Recommendation System MAPPING TECHNOLOGIES Tipping Proximo Geo Notes Macau Map Microsoft Planner Tourist Guide Cyber Guide Context-Aware Tourist Information System Deep Map Tour Planning Research Artificial Language Experimental Assistant Internet (ALEXA) SOLUTION STRATEGY CONCLUSION FUTURE WORK ACKNOWLEDGEMENT REFERENCES Point of Interest Recommendation via Tensor Factorization Abstract INTRODUCTION Influential Factors of POI Eecommendation Pure Check-in Based POI Recommendations Geographical Influence Enhanced POI Recommendation Social Influence Enhanced POI Recommendation Temporal Influence Enhanced POI Recommendation A Brief Introduction to Tensors LITERATURE SURVEY ON RECOMMENDATION SYSTEM VIA TENSOR FACTORIZATION Hotel Recommendation Advantages Disadvantages Recommendation in the Travel Decision-making Process Advantages Disadvantages Location-Based Social Networks for POI Recommendation Time-Aware Preference Mining Tensor Factorization Advantages Disadvantages POI Recommendation Based on Weather Context Context Inference and Modeling Construction of Tensor and Feature Matrix Time-category Matrix Location Similarity Matrix Location-weather Matrix Collaborative Tensor Decomposition POI Recommendation Advantages Disadvantages POI Recommendation with Category Transition and Temporal Influence Advantages Disadvantages CONCLUSION AND FUTURE SCOPE ACKNOWLEDGMENTS REFERENCES Exploring the Usage of Data Science Techniques for Assessment and Prediction of Fashion Retail - A Case Study Approach Abstract Introduction Previous Works Goal and Objectives Proposed Framework Data Preprocessing Feature Engineering Predictive Analysis Experimental Study Data Description and Preparation Issues and Resolution of Data Exploratory Analysis Feature Engineering Impact of Rating on Sales Impact of Material Price Season and Style on Sales Predictive Analysis Automation of Recommendations Sales Forecast Conclusion Acknowledgement References Data Analytics in Human Resource Recruitment and Selection Abstract INTRODUCTION RECRUITMENT ANALYTICS Procedure for Recruitment Analytics OPERATIONAL REPORTING Recruiting Metrics The Number of Days that Have Passed Since Time to Fill Quality of Hire Artificial Intelligence in Screening Artificial Intelligence in Online Assessments Artificial Intelligence in Job Interviews Time to Hire Cost Per Hire First-year Attrition Success Ratio Recruiting Metric Employee Selection Selection Ratio Optimum Productivity Level (OPL) Time to Productivity Conclusion Acknowledgement REFERENCES A Personalized Artificial Neural Network for Rice Crop Yield Prediction Abstract INTRODUCTION Traditional Crop Yield Forecasting Methods Artificial Neural Networks LITERATURE REVIEW STUDY AREA AND DATASET DESCRIPTION Study Area Dataset Description PROPOSED METHODOLOGY P-ANN (Personalization of ANN) MODEL EXECUTION AND EVALUATION Comparative Analysis CONCLUSION AND FUTURE WORKS ACKNOWLEDGEMENTS REFERENCES