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      Recommender system with machine learning and artificial intelligence : practical tools and applications in medical, agricultural and other industries

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      https://www.riss.kr/link?id=M16026694

      • 저자
      • 발행사항

        Hoboken, NJ : Wiley ; Beverly, MA : Scrivener Publishing, 2020

      • 발행연도

        2020

      • 작성언어

        영어

      • 주제어
      • DDC

        025.04 판사항(23)

      • ISBN

        9781119711575
        1119711576

      • 자료형태

        단행본(다권본)

      • 발행국(도시)

        United States of America

      • 서명/저자사항

        Recommender system with machine learning and artificial intelligence : practical tools and applications in medical, agricultural and other industries / edited by Sachi Nandan Mohanty, Jyotir Moy Chatterjee, Sarika Jain, Ahmed A. Elngar and Priya Gupta

      • 형태사항

        xxiii, 423 pages : illustrations ; 24 cm

      • 총서사항

        Machine learning in biomedical science and healthcare informatics Machine learning in biomedical science and healthcare informatics

      • 일반주기명

        Includes bibliographic references and index

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        • 국립중앙도서관 국립중앙도서관 우편복사 서비스
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        • 서강대학교 도서관 소장기관정보 Deep Link
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      목차 (Table of Contents)

      • CONTENTS
      • Preface = xix
      • Acknowledgment = xxiii
      • Part 1 : Introduction to Recommender Systems = 1
      • 1 An Introduction to Basic Concepts on Recommender Systems / Pooja Rana ; Nishi Jain ; Usha Mittal = 3
      • CONTENTS
      • Preface = xix
      • Acknowledgment = xxiii
      • Part 1 : Introduction to Recommender Systems = 1
      • 1 An Introduction to Basic Concepts on Recommender Systems / Pooja Rana ; Nishi Jain ; Usha Mittal = 3
      • 1.1 Introduction = 4
      • 1.2 Functions of Recommendation Systems = 5
      • 1.3 Data and Knowledge Sources = 6
      • 1.4 Types of Recommendation Systems = 8
      • 1.5 Item-Based Recommendation vs. User-Based Recommendation System = 14
      • 1.6 Evaluation Metrics for Recommendation Engines = 19
      • 1.7 Problems with Recommendation Systems and Possible Solutions = 20
      • 1.8 Applications of Recommender Systems = 24
      • References = 25
      • 2 A Brief Model Overview of Personalized Recommendation to Citizens in the Health-Care Industry / Subhasish Mohapatra ; Kunal Anand = 27
      • 2.1 Introduction = 28
      • 2.2 Methods Used in Recommender System = 29
      • 2.3 Related Work = 33
      • 2.4 Types of Explanation = 34
      • 2.5 Explanation Methodology = 35
      • 2.6 Proposed Theoretical Framework for Explanation-Based Recommender System in Health-Care Domain = 39
      • 2.7 Flowchart = 39
      • 2.8 Conclusion = 41
      • References = 41
      • 3 2Es of TIS : A Review of Information Exchange and Extraction in Tourism Information Systems / Malik M. Saad Missen ; Mickaël Coustaty ; Hina Asmat ; Amnah Firdous ; Nadeem Akhtar ; Muhammad Akram ; V.B. Surya Prasath = 45
      • 3.1 Introduction = 46
      • 3.2 Information Exchange = 49
      • 3.3 Information Extraction = 55
      • 3.4 Sentiment Annotation = 57
      • 3.5 Comparison of Different Annotations Schemes = 62
      • 3.6 Temporal and Event Extraction = 64
      • 3.7 TimeML = 65
      • 3.8 Conclusions = 67
      • References = 67
      • Part 2 : Machine Learning-Based Recommender Systems = 71
      • 4 Concepts of Recommendation System from the Perspective of Machine Learning / Sumanta Chandra Mishra Sharma ; Adway Mitra ; Deepayan Chakraborty = 73
      • 4.1 Introduction = 73
      • 4.2 Entities of Recommendation System = 74
      • 4.3 Techniques of Recommendation = 76
      • 4.4 Performance Evaluation = 82
      • 4.5 Challenges = 83
      • 4.6 Applications = 85
      • 4.7 Conclusion = 85
      • References = 85
      • 5 A Machine Learning Approach to Recommend Suitable Crops and Fertilizers for Agriculture / Govind Kumar Jha ; Preetish Ranjan ; Manish Gaur = 89
      • 5.1 Introduction = 90
      • 5.2 Literature Review = 91
      • 5.3 Methodology = 93
      • 5.4 Results and Analysis = 96
      • 5.5 Conclusion = 97
      • References = 98
      • 6 Accuracy-Assured Privacy-Preserving Recommender System Using Hybrid-Based Deep Learning Method / Abhaya Kumar Sahoo ; Chittaranjan Pradhan = 101
      • 6.1 Introduction = 102
      • 6.2 Overview of Recommender System = 103
      • 6.3 Collaborative Filtering-Based Recommender System = 106
      • 6.4 Machine Learning Methods Used in Recommender System = 107
      • 6.5 Proposed RBM Model-Based Movie Recommender System = 110
      • 6.6 Proposed CRBM Model-Based Movie Recommender System = 113
      • 6.7 Conclusion and Future Work = 115
      • References = 118
      • 7 Machine Learning-Based Recommender System for Breast Cancer Prognosis / G. Kanimozhi ; P. Shanmugavadivu ; M. Mary Shanthi Rani = 121
      • 7.1 Introduction = 122
      • 7.2 Related Works = 124
      • 7.3 Methodology = 125
      • 7.4 Results and Discussion = 131
      • 7.5 Conclusion = 138
      • Acknowledgment = 139
      • References = 139
      • 8 A Recommended System for Crop Disease Detection and Yield Prediction Using Machine Learning Approach / Pooja Akulwar = 141
      • 8.1 Introduction = 142
      • 8.2 Machine Learning = 143
      • 8.3 Recommender System = 151
      • 8.4 Crop Management = 153
      • 8.5 Application-Crop Disease Detection and Yield Prediction = 159
      • References = 162
      • Part 3 : Content-Based Recommender Systems = 165
      • 9 Content-Based Recommender Systems / Poonam Bhatia Anand ; Rajender Nath = 167
      • 9.1 Introduction = 167
      • 9.2 Literature Review = 168
      • 9.3 Recommendation Process = 172
      • 9.4 Techniques Used for Item Representation and Learning User Profile = 176
      • 9.5 Applicability of Recommender System in Healthcare and Agriculture = 182
      • 9.6 Pros and Cons of Content-Based Recommender System = 186
      • 9.7 Conclusion = 187
      • References = 188
      • 10 Content (Item)-Based Recommendation System / R. Balamurali = 197
      • 10.1 Introduction = 198
      • 10.2 Phases of Content-Based Recommendation Generation = 198
      • 10.3 Content-Based Recommendation Using Cosine Similarity = 199
      • 10.4 Content-Based Recommendations Using Optimization Techniques = 204
      • 10.5 Content-Based Recommendation Using the Tree Induction Algorithm = 208
      • 10.6 Summary 212 References = 213
      • 11 Content-Based Health Recommender Systems / Soumya Prakash Rana ; Maitreyee Dey ; Javier Prieto ; Sandra Dudley = 215
      • 11.1 Introduction = 216
      • 11.2 Typical Health Recommender System Framework = 217
      • 11.3 Components of Content-Based Health Recommender System = 218
      • 11.4 Unstructured Data Processing = 220
      • 11.5 Unsupervised Feature Extraction & Weighting = 221
      • 11.6 Supervised Feature Selection & Weighting = 222
      • 11.7 Feedback Collection = 225
      • 11.8 Training & Health Recommendation Generation = 226
      • 11.9 Evaluation of Content Based Health Recommender System = 228
      • 11.10 Design Criteria of CBHRS = 229
      • 11.11 Conclusions and Future Research Directions = 231
      • References = 233
      • 12 Context-Based Social Media Recommendation System / R. Sujithra Kanmani ; B. Surendiran = 237
      • 12.1 Introduction = 237
      • 12.2 Literature Survey = 240
      • 12.3 Motivation and Objectives = 241
      • 12.4 Performance Measures = 243
      • 12.5 Precision = 243
      • 12.6 Recall = 243
      • 12.7 F- Measure = 244
      • 12.8 Evaluation Results = 244
      • 12.9 Conclusion and Future Work = 247
      • References = 248
      • 13 Netflix Challenge - Improving Movie Recommendations / Vasu Goel = 251
      • 13.1 Introduction = 251
      • 13.2 Data Preprocessing = 252
      • 13.3 MovieLens Data = 253
      • 13.4 Data Exploration = 255
      • 13.5 Distributions = 256
      • 13.6 Data Analysis = 257
      • 13.7 Results = 265
      • 13.8 Conclusion = 266
      • References = 266
      • 14 Product or Item-Based Recommender System / Jyoti Rani ; Usha Mittal ; Geetika Gupta = 269
      • 14.1 Introduction = 270
      • 14.2 Various Techniques to Design Food Recommendation System = 271
      • 14.3 Implementation of Food Recommender System Using Content-Based Approach = 276
      • 14.4 Results = 282
      • 14.5 Observations = 283
      • 14.6 Future Perspective of Recommender Systems = 283
      • 14.7 Conclusion = 286
      • Acknowledgements = 287
      • References = 287
      • Part 4 : Blockchain & IoT-Based Recommender Systems = 291
      • 15 A Trust-Based Recommender System Built on IoT Blockchain Network With Cognitive Framework / S. Porkodi ; D. Kesavaraja = 293
      • 15.1 Introduction = 294
      • 15.2 Technologies and its Combinations = 297
      • 15.3 Crypto Currencies With IoT-Case Studies = 299
      • 15.4 Trust-Based Recommender System = 299
      • 15.5 Recommender System Platform = 304
      • 15.6 Conclusion and Future Directions = 307
      • References = 307
      • 16 Development of a Recommender System HealthMudra Using Blockchain for Prevention of Diabetes / Rashmi Bhardwaj ; Debabrata Datta = 313
      • 16.1 Introduction = 314
      • 16.2 Architecture of Blockchain = 317
      • 16.3 Role of HealthMudra in Diabetic = 322
      • 16.4 Blockchain Technology Solutions = 324
      • 16.5 Conclusions = 325
      • References = 326
      • Part 5 : Healthcare Recommender Systems = 329
      • 17 Case Study 1 : Health Care Recommender Systems / Usha Mittal ; Nancy Singla ; Geetika Gupta = 331
      • 17.1 Introduction = 332
      • 17.2 Review of Literature = 335
      • 17.3 Recommender System for Parkinson's Disease (PD) = 341
      • 17.4 Future Perspectives = 345
      • 17.5 Conclusions = 346
      • References = 348
      • 18 Temporal Change Analysis-Based Recommender System for Alzheimer Disease Classification / S. Naganandhini ; P. Shanmugavadivu ; M. Mary Shanthi Rani = 351
      • 18.1 Introduction = 352
      • 18.2 Related Work = 352
      • 18.3 Mechanism of TCA-RS-AD = 353
      • 18.4 Experimental Dataset = 354
      • 18.5 Neural Network = 357
      • 18.6 Conclusion = 370
      • References = 370
      • 19 Regularization of Graphs : Sentiment Classification / R.S.M. Lakshmi Patibandla = 373
      • 19.1 Introduction = 373
      • 19.2 Neural Structured Learning = 374
      • 19.3 Some Neural Network Models = 375
      • 19.4 Experimental Results = 377
      • 19.5 Conclusion = 383
      • References = 384
      • 20 TSARS : A Tree-Similarity Algorithm-Based Agricultural Recommender System / Madhusree Kuanr ; Puspanjali Mohapatra ; Sasmita Subhadarsinee Choudhury = 387
      • 20.1 Introduction = 388
      • 20.2 Literature Survey = 390
      • 20.3 Research Gap = 393
      • 20.4 Problem Definitions = 393
      • 20.5 Methodology = 393
      • 20.6 Results & Discussion = 394
      • 20.7 Conclusion & Future Work = 397
      • References = 399
      • 21 Influenceable Targets Recommendation Analyzing Social Activities in Egocentric Online Social Networks / Soumyadeep Debnath ; Dhrubasish Sarkar ; Dipankar Das = 401
      • 21.1 Introduction = 402
      • 21.2 Literature Review = 403
      • 21.3 Dataset Collection Process with Details = 404
      • 21.4 Primary Preprocessing of Data = 406
      • 21.5 Influence and Social Activities Analysis = 407
      • 21.6 Recommendation System = 409
      • 21.7 Top Most Influenceable Targets Evaluation = 413
      • 21.8 Conclusion = 414
      • 21.9 Future Scope = 415
      • References = 415
      • Index = 417
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