Applied Learning Algorithms for Intelligent IoT
- Length: 356 pages
- Edition: 1
- Language: English
- Publisher: Auerbach Publications
- Publication Date: 2021-10-29
- ISBN-10: 0367635941
- ISBN-13: 9780367635947
- Sales Rank: #0 (See Top 100 Books)
This book vividly illustrates all the promising and potential machine learning (ML) and deep learning (DL) algorithms through a host of real-world and real-time business use cases. Machines and devices can be empowered to self-learn and exhibit intelligent behavior. Also, Big Data combined with real-time and runtime data can lead to personalized, prognostic, predictive, and prescriptive insights. This book examines the following topics:
- Cognitive machines and devices
- Cyber physical systems (CPS)
- The Internet of Things (IoT) and industrial use cases
- Industry 4.0 for smarter manufacturing
- Predictive and prescriptive insights for smarter systems
- Machine vision and intelligence
- Natural interfaces
- K-means clustering algorithm
- Support vector machine (SVM) algorithm
- A priori algorithms
- Linear and logistic regression
Applied Learning Algorithms for Intelligent IoT clearly articulates ML and DL algorithms that can be used to unearth predictive and prescriptive insights out of Big Data. Transforming raw data into information and relevant knowledge is gaining prominence with the availability of data processing and mining, analytics algorithms, platforms, frameworks, and other accelerators discussed in the book. Now, with the emergence of machine learning algorithms, the field of data analytics is bound to reach new heights.
This book will serve as a comprehensive guide for AI researchers, faculty members, and IT professionals. Every chapter will discuss one ML algorithm, its origin, challenges, and benefits, as well as a sample industry use case for explaining the algorithm in detail. The book’s detailed and deeper dive into ML and DL algorithms using a practical use case can foster innovative research.
Cover Half Title Title Page Copyright Page Contents Contributors 1. Convolutional Neural Network in Computer Vision Introduction Convolutional Neural Network (CNN) Distinctive Properties of CNN Activation Functions for CNN Loss Function Datasets and Errors Bias and Variance Overfitting and Underfitting Understanding Padding and Stride Padding Stride Parameters and Hyper Parameters CONV Layer Filter Feature Map Convolution Operation Key Points about Convolution Layers and Filters Pooling Layer Key Points about Pooling Layer Types of Pooling Forward Propagation Calculating the Parameters Activation Shape and Size Backward Propagation Optimizers Other Ways to Improve the Performance of CNN Image Data Augmentation Deeper Hidden Layers Early Stopping Application of CNN Image Classification RCNN and Object Detection Region-Based Convolutional Neural Network (R-CNN) Fast R-CNN Faster R-CNN You Only Look Once (YOLO) Transfer Learning Transfer Learning for CNN Fine-Tuning or Freezing? Neural Style Transfer (NST) 2. Trends and Transition in the Machine Learning (ML) Space Introduction to Machine Learning Motivations for Machine Learning Algorithms Data Analytics and Machine Learning Supervised Learning Classification Naive Bayes (NB) Support Vector Machine (SVM) Classifier Types of Learners Eager Learners Document Classification Illustration Logistic Regression Practical Use Cases Weather Prediction Patient's Health Monitoring Unsupervised Learning Gaussian Mixture Models Hidden Markov Models Types of Unsupervised Learning Applications of Unsupervised Learning Process of Machine Learning Gathering Input Data Data Preparation Choosing a Model Training Evaluation Parameter Tuning Prediction Machine Learning - Practical Use Cases ML in Banking ML in Agriculture ML in Health Care ML in Automobile Industry Implementation Pandas Matplotlib Jupyter Notebook Google Colab scikit-learn Conclusion References 3. Next-Generation IoT Use Cases across Industry Verticals Using Machine Learning Algorithms Introduction Sensors Connectivity Data Processing User Interface IoT in Industry Machine Diagnosis and Prognosis System Remote Monitoring and Production Control Indoor Air Quality Monitoring System Noise Monitoring System Inventory Management System IoT in Health Care Pharmacy Management Drug Monitoring Smart Pills Wearables Fitness Trackers Smart Hearing Aids Wearables to Monitor Diseases Use of IoT for Physicians Medical Alert System Data Analytics for IoT IoT Data Analytics Using Machine Learning Algorithms Conclusion References 4. A Panoramic View of Cyber Attack Detection and Prevention Using Machine Learning and Deep Learning Approaches Introduction State of the Art Techniques Android-Based Malware Detection Ransomware Malware Detection Windows-Based Malware Detection Linux-Based Malware Detection Malware Detection Tools Used Conclusion References 5. Regression Algorithms in Machine Learning Introduction Background Study Different Types of Regression Algorithms in Machine Learning Simple Linear Regression Significance of Linear Regression Simple Linear Regression Model in Health-Related Data Analysis Polynomial Regression Polynomial Regression Model in COVID-19 Growth Pattern Analysis Support Vector Machine Regression Decision Tree Regression Random Forest Regression Case Study on Air Quality Prediction Using Machine Learning Regression Techniques Conclusions and Future Work References 6. Machine Learning-Based Industrial Internet of Things (IIoT) and Its Applications History of Internet of Things Scope of IoT Features of IOT Leading Types of IoT Advantages of IoT Machine Learning and Deep Learning Applications of ML IIoT - Industrial Internet of Things History of IIoT Advantages of IIoT IIoT in Industry 4.0 IoT and IIoT The Future of IIoT IIoT Use Cases What Is Smart Manufacturing? Assets Tracking Industrial Example Digital Twins Industrial Example Advantages of Digital Twins Smart Metering Advantages of Smart Metering System Disadvantages of Smart Metering System Smart Farming How Smart Farming Can Be Done? Data Collection Informed Action and Planning Things to Be Considered before Implementing Smart Farming Advantages of Smart Farming: Livestock Management Using IoT Monitoring the Health of Cattle Monitoring Reproductive Cycle and Calving Fine-Tuning Feeding Maximizing Milking Connected Vehicles Conclusion References 7. Employee Turnover Prediction Using Single Voting Model Introduction Role of Supervisors Role of HR Department Related Work System Implementation Data Preprocessing Materials and Methods Used Logistic Regression Different Categories of Logistic Regression Deriving Logit Function Performance of Logistic Regression Model Naive Bayes Classification Categories of Naive Bayes Classification Outline placeholder Multinomial Naive Bayes Bernoulli Naive Bayes Gaussian Naive Bayes Benefits of Using Naive Bayes Areas of Applications Voting Classifier Hard Voting Soft Voting Results and Discussions Conclusion References 8. A Novel Implementation of Sentiment Analysis Toward Data Science Introduction Related Work Background of Sentiment Analysis Proposed Methodology Speech to Text Model Implementation of Sentiment Analysis Architecture of Sentiment Analysis Results Future Proposals of Speech-to-Text Sentiment Analysis Conclusion and Future Directions References 9. Conspectus of k-Means Clustering Algorithm Introduction Background Study Overview of K-Means Clustering An Insight about the Operational Working of K-Means Clustering Steps Involved in K-Means Clustering Algorithm Real-Time Project Implementation on Synchronic Health Fitness Detector of Combatants in Armed Conflicts Using K-Means Clustering Algorithm Proposed Work Design Methodology and Implementation Combatant's Segment Chief of Armed Force's Segment Army Control Room's Segment Results Real-World Use Cases of K-Means Clustering K-Means Clustering Algorithm Used as a Solution for Following Business Problems Purchaser Division Conveyance Enhancement Archive Arranging and Gathering Client Maintenance Rebate Examination Comparisons of K-Means Clustering with Other Unsupervised Algorithms Pros and Cons Conclusions and Future Work References 10. Systematic Approach to Deal with Internal Fragmentation and Enhancing Memory Space during COVID-19 Introduction Internal Fragmentation Best-Fit Approach and Memory Bank Linear and Lasso Regression Literature Survey Dynamic Memory Allocation and Internal Fragmentation Internal Fragmentation Standards and Compatibility of Systems Processor Allocation and Internal Fragmentation ML and Cloud Storage Best-Fit Approach and Internal Fragmentation Storage and Dependability Study Lasso Regression Analysis and Cloud Computing Data Placement and Machine Learning Memory Resource Management Existing Technique Overview of the Existing Technique with Illustration Proposed Technique - Optimized Approach to Deal with Residual Space in Internal Fragmentation Flow Chart of the Proposed Technique Schematic of Memory Bank Approach Memory Bank Algorithm Linear Regression Lasso Regression Implementation Using Open Source Software - Scilab and Jupyter (Python) Pseudo Code of the Proposed Technique Using Scilab Using Jupyter (Python) Graphical Representation Inference Inference Inference Software Packages Used Results and discussions Conclusion and Future Work References 11. IoT Automated Spy Drone to Detect and Alert Illegal Drug Plants for Law Enforcement Introduction Objectives Literature Survey Existing System Proposed System Architectural Diagrams Methodology Technical Approach VGG16 Architecture Modules Involved Description of Working Modules The Steps Involved in the Image Classification VGG16 Model Remote Interface Encryption Is Done by Using Vigenere Cipher and MD5 Hashing Techniques Vigenere Cipher Encryption Decryption MD5 Hashing Techniques Drone Frame Implementation Implementation of Methodologies of the Neural Network Models Implementing VGG16 Import Packages Import DataSet Image Preprocessing Import Target Image Input Visualize the Plant in RGB Visualize the Plant in HSV Segmentation Color-Based Segmentation Segmentation Function Computer Vision Model Experimental Results Remote Interface Screenshots Conclusion References 12. Expounding k-means-inspired network partitioning algorithm for SDN Controller Placement Introduction Leveraging on Unsupervised Learning k-Means Algorithm Data-Set for k-Means Algorithm Distance Formula of Centroid in k-Means Algorithm Mechanism to Compute the Value of K Properties of k-Means Compare the k-Means with Fuzzy C Mean, K Mediods, and k-Means++ k-Means Clustering in Software Defined Network (SDN) Exploring the k-Means Clustering in Resolving SDN Challenges SDN Network Partitioning of Saren Topology-Based using k-Means Conclusion References 13. An Intelligent Deep Learning-Based Wireless Underground Sensor System for IoT-Based Agricultural Application Introduction System Overview Scope of the Project Literature Survey Underground Communications Networks WUSN in Crop Production Test Bed Development for WUSN Soil Moisture Measurement Underground Mining Underground Mine Communications Occupational Health Hazard in Mining Wireless Underground Sensor Agriculture Field Monitoring Spatio-Temporal Soil Moisture Measurement Channel Model and Analysis for Wireless Underground Sensor Networks in Soil Medium System Analysis Existing System Proposed System System Requirements Software Requirements Hardware Requirements Module Description Interfacing Sensor - Humidity Sensor General Description Product Description Features Applications Soil Moisture Sensor General Description Product Description Features Applications Programming Microcontroller Perisoil Moistural Feature Analog Features Special Microcontroller Features CMOS Technology Pin Diagram Device Overview Memory Organization Data Memory Organization I/O ports: PORTA and the TRISA Registers PORTB and the TRISB Registers PORTC and the TRISC Register: PORTD and TRISD Registers PORTE and TRISE Registers Features of Microcontroller Inside a Microcontroller Read Only Memory (ROM) Random Access Memory (RAM) Electrically Erasable Programmable ROM (EEPROM) Memory Organization of Microcontroller Special Function Register (SFR) Central Processing Unit (CPU) Data Transmission through Soil Visual Basic Internet of Things (IoT) System Architecture Architecture Description Wireless Underground Sensor Design Architecture Components of WUSN Cloud Arduino pH Sensor Soil Moisture Sensor Transmitter and Receiver Classification Based on Soil Result Conclusion References 14. Predicting Effectiveness of Solar Pond Heat Exchanger with LTES Containing CuO Nanoparticle Using Machine Learning Introduction Solar Pond Low-Temperature Energy Storage System (LTES) for Solar Pond Background Study Experimental Setup Experimentation Performance Parameters of Solar Pond Modeling Using Machine Learning Data Collection and Preprocessing Data Cleaning Normalization Outlier Analysis Correlation Analysis Multi-Linear Regression Splitting Dataset into Training and Testing Data Fitting and Prediction Results and Discussion Accuracy Goodness of Fit Future Works References Index
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