Safety-Critical Control with Lyapunov and Barrier Functions (Hardcover, 1)

1 The Rise of Nonsmooth Analysis for Safety-Critical Systems 2 Mathematical Preliminaries 3 Lyapunov Stability 4 Invariance Principles 5 Control Lyapunov Functions 6 Safety as Set Invariance 7 Control Barrier Functions 8 Compositional and Multi-Agent Safety 9 Safety-Critical Control via Quadratic Optimization 10 Safety-Critical Control via Lyapunov Barrier Function 11 Safety-Critical Control via Smooth Approximation of Safe Set 12 Universal Safety-Critical Control with Input Constraints 13 Safety-Critical Control under Moving Obstacles

Digitalization of Mechanical Systems (Hardcover, 1)

1. Introduction to Digitalization in Mechanical Systems.? 2. Internet of Things (IoT), Smart Sensors, and Automation.? 3. Artificial Intelligence and Machine Learning in Energy Systems.? 4. Digital Twin Concepts and Automated Predictive Maintenance.? 5. Introduction to Cloud-Based Industrial Platforms.? 6. Cybersecurity and Data Governance in Energy.? 7. Digitalization of Piping Networks.? 8. Digitalization of Valves.? 9. Digitalization of Actuators.? 10. Cost?Benefit Analysis of Digitalization for Piping, Valves, and Actuators.? 11. Digitalization in Nuclear Power Plants.? 12. Digitalization in Carbon Capture, Utilization, and Storage (CCUS).? 13. Digitalization in Geothermal Energy Systems.? 14. Digitalization in Renewable Energy.? 15. Digitalization in Hydrogen Infrastructure.? 16. Digitalization for Sustainability and Environment Protection.? 17. Fundamentals of Piping and Valves in Carbon Capture Systems.? 18. Digital Twin for Environmental Risk and Safety Assessment.? 19. Digitalization for Circular Economy in Energy Systems.? 20. Social and Ethical Impacts of Energy Automation and Digitalization.? 21. Workforce Transformation, Training, and Skill-Gap Development.? 22. Future Perspectives and Global Challenges.??

Generative Artificial Intelligence for Industry 5.0 (Hardcover, 1)

1. Role of Artificial Intelligence in Smart Manufacturing. 2. Industrial Revolution to Industry 5.0. 3. Adaptive Large Language Models for Real-Time Human?Machine Communication Interfaces in Industry 5.0 Environments. 4. A Unified LLM Framework for Cybersecurity and Workflow Efficiency in Industry 5.0 Ecosystems. 5. AI-Driven Workplace Safety Monitoring: Integrating Generative AI and Computer Vision for Industry 5.0. 6. Graph-Based Multimodal Generative AI for Industrial Internet of Things (IIoT) Using GNNs and GATs. 7. Applications of Generative AI in Personalised Manufacturing and Mass Customisation. 8. Generative AI-Enabled Digital Twins and Smart Factory Simulations for Industry 5.0 Innovation. 9. Hyperspectral Imaging for Intelligent Document Analysis. 10. Security and Privacy in AI-Driven Industry 5.0. 11. Harnessing Industrial IoT (IIoT) with Generative AI (GenAI)Decision-Making: Case Studies for Smart Decision-Making for Industry 5.0.?12. Green AI-based Sustainability Enhancement in Indian Manufacturing for Digital India. 13. Green AI and Sustainable Manufacturing with Digital India. 14. Generative Industry 5.0 AI: Underwater Salient Object Detection Using a Biologically Inspired Contrastive Framework (BC-SOD). 15. Human-in-the-Loop Oil Spill Detection: A Generative AI-Enhanced Remote Sensing Workflow for Industry 5.0. 16. Case studies on Industrial IoT 5.0 and Gen AI.?

Advanced 2D Materials-based Solar Cells (Hardcover, 1)

1.Solar energy and sun?2.Basic Semiconducting Physics 3. Properties Of Photovoltaic (PV) Systems and Components 4. 2D Materials and TMDCs Solar Cells 5. Graphene and its Derivative PV Modules 6. MXxene PV Modules 7. Perovskite Solar Cells 8. A Solar Cells Fabrication 9. Challenges and Future Prospect of PV Technology

New Machine Learning Methods for the Sustainable Development Goals (Hardcover, 1)

Chapter 1: Development Concerning Sustainability Based on AI. Chapter 2: Introduction of New Artificial Intelligence Methods and Their Applications. Chapter 3: New Hybrid and Ensemble Methods and Their Applications. Chapter 4: The Application of AI Methods in Sustainable Development. Chapter 5: Optimization Techniques Based on Artificial Intelligence for Sustainable Development. Chapter 6: Optimization of the Use of Energy and Resource Materials by Machine Learning. Chapter 7: Artificial Intelligence for Wastewater Treatment for Sustainable Development Goals. Chapter 8: Minimization of Waste Production and Recycling by AI Methods for Sustainable Development Goals. Chapter 9: From Detection to Intervention: A Multi-modal AI Framework for Air Pollution Mitigation. Chapter 10: Minimization of the Use of Fossil Fuels by AI Methods. Chapter 11: Optimization of Project Costs by AI Methods. Chapter 12: Improving Safety and Security Using AI. Chapter 13: Improvement of Public Services by AI Methods. Chapter 14: Improvement of Technical Features of Projects by AI Methods. Chapter 15: Artificial Intelligence in Computational Mechanics and Its Effect on Sustainable Design and Analysis. Chapter 16: Use of AI Methods for Multi-Criteria Decision Analysis.

Sustainable Distribution Systems (Hardcover, 1)

1. Machine Learning Techniques in Forecasting the Reliability and Performance of Solar PV Systems. 2. Adaptive and AI-Driven Control Models for Hydrogen Fuel Cell Hybrid Electric Vehicles: Optimizing Energy Storage and Performance. 3. Incentive-based Demand Response Program for Low-Voltage Smart Distribution Systems. 4. AI-Predictive and Block chain-Secured Energy Trading in Bidirectional EV-Integrated Grid-Connected Hybrid Renewable Energy Systems. 5. Coordinated Operation of Renewable Energy Systems (RESs), Battery Energy Storage Systems and Loads for Sustainable Power System. 6. Integrated Thermal-Electrical Modeling of Lithium-Ion Batteries with Experimental Validation for High C-Rate Applications. 7. Coordinated Strategy of BES and SSSC for the Improvement in Load Frequency Control of the Power System under FOPID Controller. 8. Energy Scheduling of a Coordinated Residential Neighbourhood Integrated with Solar PV, BESS and EV. 9. Novel Current fed dc-dc Power Electronic Interface for Distributed Energy in Heavy duty Electric Vehicles. 10. Design and Performance Analysis of a Hybrid Energy Storage System with Non-Linear Control Systems.?11. A Comprehensive Review of Coordinated Integration of Renewable Energy, Electric Vehicles and Energy Storage in Distribution Systems. 12. IoT-Enabled Photovoltaic Microgrid Monitoring with Prototype Evaluation of Low Power and Wireless Communication Protocols. 13. Stochastic Planning Approaches and Ecological Footprint for Sustainable EV Charging Infrastructure. 14. Optimising Urban Footprints: Integrated Planning for Solar, Storage, and EV Charging. 15. Design of a Simulator for Optimal Sizing and Monitoring of Economical Electric Vehicles. 16. Different Droop Control Techniques and Optimization Algorithms for Distributed Generation Systems. 17. An Integrated Control Approach for Power Quality Improvement in Distributed PV Generation. 18. State of Charge Estimation Li-ion Battery using EKF, Bi-LSTM, and Hybrid Methods.

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Multimodal Intelligent Technologies for a Sustainable Future in Water, Health, and Climate (Hardcover, 1)

I. Integrating Intelligent Technologies for Water and Sanitation Systems. 1. Introduction to Intelligent Technologies for a Sustainable Future. 2. Smarter Water: Using AI and IoT to Monitor Water Quality. 3. Innovative Sanitation Solutions with AI. II. AI-Driven Insights to Enhance Public Health and Sanitation. 4. Health Impacts of Clean Water and Sanitation: AI Perspective. 5. Machine Learning and Deep Learning for Health Data Analytics. 6.?Convolutional Networks (CNNs) in Healthcare and Sanitation. 7. Evolutionary Computation for Optimizing Water and Health Systems. III. Leveraging Multimodal AI for Climate Risk Prediction and Resilience. 8.?AI for Predictive Maintenance of Water and Health Infrastructure. 9. AI in Emergency Response and Disease Outbreak Management. 10.?AI for Climate Resilience in Water and Health Systems. IV. Sustainable Agriculture and Public Engagement. 11.?AI for Enhancing Public Awareness and Education. 12. Farming for the Future: AI in Sustainable Agriculture and Nutrition.?V. Ethics and Governance Shaping Responsible AI for Global Sustainability. 13.?Ethical Considerations and Negative Impacts of AI. 14.?Learning from the World: Case Studies and Global Success Stories.

DeepFakes 2.0 (Hardcover, 2)

1.Introduction to DeepFake Technologies 2.?Anatomy of a Deepfake: A Taxonomy of Synthetic Media? 3.Deep Learning Techniques for the creation of DeepFakes 4.?Analyzing DeepFakes Videos by Face Warping Artifacts??5: Development of an Image-Translating Model to Counter Adversarial Attacks??6: Multimodal Deepfakes and the Evolution of Generative Models: From Cross-Modal Synthesis to Diffusion Architectures?7: Deepfake Detection in Real-Time Adversarial Environments: Architectures, Threat Models, and Deployment Strategies??8: Fairness, Bias, and Explainability in Detection AI??9: DeepFakes, Media, and Societal Impacts?10: Fake News Detection Using Machine Learning?11: Legal, Ethical, and Governance Perspectives on Deepfakes? 12: Constructive Applications for DeepFakes: Educational Tools, Cybersecurity, and Digital Immortality?13: Societal Impact of DeepFakes?14: Global Regulatory Landscapes for Deepfakes: A Comparative Review of the EU, US, China, and India

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Nanostructured Materials for Next-Generation Photovoltaics (Hardcover, 1)

Chapter 0. Front Matter.? ?Chapter 1.???? Nanostructures of Carbon and Silicon: Bridging Atomic-Level Architecture with Optoelectronic Performance.? ?Chapter 2.???? Single-Junction Photovoltaic (PV) Materials and Technologies.? ?Chapter 3.???? Tandem Solar Cells, Design, Materials, and Practical Integration.? ?Chapter 4.???? Carbon Nanotubes: Structure, Properties, and Applications in Photovoltaics Devices.? ?Chapter 5.???? Industrial Applications and Advanced Photovoltaic Technologies.

Hands-on MATLAB® for Electronics and Communication Engineering (Hardcover, 1)

1.?Introduction to MATLAB. 2. MATLAB Programming Basics. 3.?MATLAB Programming: Best Practices, Optimization, and Debugging. Chapter 4: MATLAB for Circuit Theory and Electronic Devices. 5. MATLAB for Digital Logic Design. 6. MATLAB for Signals and Systems. 7. MATLAB for Control System. 8. MATLAB for Analog Communication. 9. MATLAB for Pulse Modulation. 10. MATLAB for Digital Communication. 11. MATLAB for Digital Image Processing. 12.?Research with MATLAB.

Renewable-Focused Operation and Control of Contemporary Power Systems (Hardcover, 1)

1. Introduction to Frequency Control in a Renewable-Dominated Power Systems. 2. Dynamic Economic Emission Dispatch of an Islanded Microgrid System. 3. Cost-effective Optimal Scheduling of an EV Integrated Microgrid System with Demand Side Management. 4. Consumer Comfortability Factor-Based Demand Response for Economic Operation of Microgid Systems with E-Mobility. 5. Overview of Virtual Power Plant Challenges in Renewable-Dominated Power Systems. 6. Optimal Scheduling of a Virtual Power Plant. 7. Optimal Scheduling of a Multi-Area Virtual Power Plant. 8. Conclusions and Scope for Future Work

Explainable Computational Intelligence for Neurological Disorders (Hardcover, 1)

1. Artificial Intelligence in Medical-based Systems for Neurological Disorders. 2. A Review on Autonomic Biomarkers in Health and Neurological Disorders: Heart Rate Variability, Skin Conductance, and Entropy-Based Analysis. 3. Advanced Computational Techniques for Neurological Disorder Screening through Wearable Sensor-Based Human Activity Recognition. 4. Sleep Apnea Disorder Detection using Wearable Sensors. 5. An Integrated Study of Biomarkers, Diagnostics and Therapeutic Approaches for Alzheimer’s Disease. 6. Designing Hybrid Models for Neuro-Disease Classification. 7.?Interpretability and Explainability of Machine Learning and Deep Learning Models in ECG Disease Detection. 8. Advanced Computational Analysis of Brain Connectivity Using EEG data. 9. Feature Engineering and Machine Learning Approaches for EEG Based Imagined Speech Recognition. 10. Machine Learning Based Huntington’s Disease Detection. 11. Clinically Meaningful Epileptic Seizure Prediction Using iEEG Features and Random Forest. 12. Intracranial EEG analysis for predicting Surgery Outcomes of Drug-Resistant Epilepsy subjects using Machine Learning. 13. Explainable Hybrid CNN?Transformer Framework for Dynamic Word-Level Indian Sign Language Recognition in Neurological Disorder Communication Assistance Systems. 14. Framework for Design and Evaluation of Virtual Reality based Interventions for Improving Vocational Skills in Individuals with Autism Spectrum Disorder. 15. Stem Cells in Neurology: Advancing Regenerative Therapies for Neurodegenerative Disorders. 16. Integrating Multi-Modal Biomarkers for the Early Detection of Pancreatic Ductal Adenocarcinoma: A Comprehensive Review.

Brazil's STEM Horizon : Women Shaping Scientific Futures (Hardcover)

Section I: Introduction to Smart Technology and Women’s Empowerment in Brazil. 1. Introduction to the Relationship Between Smart Technology and Women’s Empowerment. 2. Microfinance and Entrepreneurs: Pathway Towards Empowering Women. 3. Women’s Community Networks and Inclusive Economic Growth: Evidence, Challenges, and Policy Implications. 4. Sustainability and Women’s Empowerment Through Technology. 5. Technology in the Empowerment of Women: A Literature Review. Section II: Role of Smart Technology in Women’s Empowerment in Brazil. 6. Advanced E-Learning Tools and Women’s Empowerment in Brazil: A Case Study of the Open University of Brazil. 7. Role of Women Entrepreneur in Rural Economics: Historical perspective and Digital transformation. 8. Digital Technologies and Gender-Inclusive Digital Economies in higher education institutions. 9. Bridging the Gender Gap for Sustainable Development Though Smart Technologies. 10. AI Versus Knowledge Workers: The Case of the Chilean Firm ‘Legal Experts’. Section III: Policy Framework and Future Scope of Smart Technology in Women’s Empowerment. 11. Transforming Higher Education in the Age of Artificial Intelligence: Implications for Women and Workplace Culture. 12. AI-Enabled Extended Reality (AR-VR)? and Women Entrepreneurship : A Pathway to Inclusive Digital Economic Transformation. 13. Digital technology inclusion in Women’s Empowerment: Evidence from Brazil Towards Sustainable business development. 14. Transforming Corporate Culture Through Technology for Women. 15. Empowering Women Entrepreneurs through Blockchain Financial Inclusion.

Artificial Intelligence-driven Waste Management and Circular Economy (Hardcover, 1)

1. Introduction to Circular Economy and Artificial Intelligence. 2. Policy and Regulatory Frameworks for Artificial Intelligence -enabled Circular Economy. 3. Challenges and Opportunities in Implementing Artificial Intelligence for Circular Economy. 4. Advanced Artificial Intelligence Techniques for Waste Characterization and Composition Analysis. 5. Reverse Logistics Optimization. 6. Artificial Intelligence Applications in Industrial Symbiosis. 7. Design for Disassembly and Remanufacturing with Artificial Intelligence. 8. Artificial Intelligence for Product Life Cycle Assessment (LCA). 9. Blockchain Technology for Supply Chain Transparency. 10. Cognitive Robotics and Artificial Intelligence-assisted Recycling Automation. 11. Human- Artificial Intelligence Interaction in Circular Economy Decision-making Processes. 12. Case Studies: Successful Applications of Artificial Intelligence in Circular Economy. 13. Multi-agent Systems and Artificial Intelligence Coordination in Circular Economy Networks. 14. Material Flow Analysis and Optimization. 15. Artificial Intelligence-Powered Energy Management in Circular Economy.

Artificial Intelligence for Sustainability : A Human-Centric Approach to Global Challenges (Hardcover)

1. Human-Centered Artificial Intelligence: Evolution, Challenges and Trends. 2. Framework for Green and Sustainable Human Centered AI: Challenges and Research Directions. 3. Human centered Artificial Intelligence and the education sector: A statistical Analysis. 4. Artificial Intelligence for Sustainable Value Creation and Goal Development. 5. Digital Twin and Human Centred AI for Sustainable Growth Development. 6. Trustworthy and Sustainable Edge AI: Human Centric Approach and Research Directions. 7. Augmented Agile: Human-Centered AI-Assisted Software Management for Sustainable Development. 8. Smart Logistics: Using Artificial Intelligence and Blockchain in Supply Chain Management. 9. Business value through human-centric AI: Case studies and Research Directions. 10. Towards an AI-Centric Requirements Engineering Framework for Trustworthy AI. 11. Human-centricity in AI governance: Use Cases, Challenges and Research Directions. 12. An impact of business value through human centric AI.

Automotive Innovation : The Science and Engineering Behind Cutting Edge Automotive Technology (Hardcover, 2 ed)

1. Bringing the Fire 2. The End of Compromise (Updated in 2nd Edition) 3. Getting Power to the Pavement 4. Electric Machines (Updated in 2nd Edition) 5. Electrified Powertrains (Updated in 2nd Edition) 6. The Electric Fuel Tank (Updated in 2nd Edition) 7. Automotive Architecture 8. The Power of Shape 9. Smarter Cars (Updated in 2nd Edition) 10. The Road Ahead (New in 2nd Edition)

Hydrogel-Based Flexible Supercapacitors for Sustainable Energy Storage (Hardcover, 1)

Chapter 1. Introduction to Flexible Energy Storage Technologies. Chapter 2. Fundamentals of Hydrogels in Energy Applications. Chapter 3. Design and Synthesis of Hydrogel Electrodes for Supercapacitors. Chapter 4. Design and Synthesis of Hydrogel Electrolytes for Supercapacitors. Chapter 5. Design and Synthesis of Hydrogel-Based Integrated Supercapacitors. Chapter 6. Mechanical Performance and Characterization of Hydrogel-Based Supercapacitors. Chapter 7. Electrochemical Performance and Characterization of Hydrogel-Based Supercapacitors. Chapter 8. Hybrid Composites for Enhanced Conductivity. Chapter 9. Self-healing Hydrogel-Based Supercapacitor Development. Chapter 10. Challenges in Hydrogel-Based Supercapacitor Development. Chapter 11. Applications of Wearable Electronics and Beyond. Chapter 12. Global Case Studies of Hydrogel Based Supercapacitors. Chapter 13. Hydrogel Supercapacitors in Renewable Energy Systems. Chapter 14. Bioinspired Hydrogel-Based Supercapacitors: Harnessing Natural Polymers for Sustainable Energy Storage. Chapter 15. Scalability and Commercialization of Hydrogel Supercapacitors. Chapter 16. Cultural and Regional Perspectives on Energy Storage Needs. Chapter 17. Comparative Analysis with Conventional Energy Storage Technologies. Chapter 18. Future Trends and Research Directions in Hydrogel-Based Supercapacitors

Proceedings of the 5th International Conference on Flexible Electronics for Electric Vehicle: Flexev-2025 (Hardcover)

Modern Control Methods for Power Electronics: Theories and Applications (Hardcover)

Advanced Control Strategies for Distributed Energy Resources in DC Microgrids: Techniques and Implementation (Hardcover)

Handbook of Artificial Intelligence-driven Digital Image Analysis for Intelligent Remote Sensing (Hardcover, 1)

1. Foundations of Artificial Intelligence and Remote Sensing: Principles, Architectures, and Applications in Image Analysis. 2. AI-Based Object Detection and Segmentation in Remote Sensing Images: Techniques and Applications. 3. AI-Enhanced Change Detection in Remote Sensing; Advanced Methods and Real World Applications. 4. Artificial Intelligence for Unmanned Aerial Vehicle (UAV) and Hyperspectral Remote Sensing in Agriculture: Applications and Opportunities. 5. Federated Learning for Remote Sensing Image Analysis: Techniques and Applications. 6.?Managing Disasters Using Geospatial Technology and AI: A Multi-Hazard Perspective. 7. Marine and Coastal Monitoring using AI in Remote Sensing: Applications and Challenges. 8. Big Data Analytics for Remote Sensing: Opportunities and Challenges. 9. Quantum Machine Learning for High-Dimensional Remote Sensing Data: Applications and Challenges. 10. Attention-driven Deep Neural Network for Mineral Prospectivity of Remotely Sensed Sites. 11. Smart and Sustainable Urban Planning Through AI and Satellite Images: Methods, Applications, and Challenges. 12. AI Meets the Ocean: Smart Algorithms for Coastal Risk and Resource Mapping in India.

Next-Generation Electronics : Devices, Circuits, and Applications (Hardcover)

1.?Introduction to Devices, Circuits and Applications. 2.?High-Performance Dual-Source Vertical TFET Design Using Gate Work Function Engineering and Fully Depleted SOI Substrate. 3.?Design of Compact Energy Efficient Ternary SRAM Cells. 4.?CNTFET-Based Ternary Arithmetic Circuits: A Novel Approach for Ultra-Low Power and High-Speed Applications. 5.?A novel Technique for low Power in Adiabatic Logic based on FinFET. 6.?Next-Generation Interconnect Design: Low Power Repeaters Using ME Effect and Spin-Torque Mechanisms. 7. Design and Optimization of Advanced FPGA designs by using timing Closure Techniques. 8.?Advancements in Embedded Surveillance Robotics for Defence and Security Applications. 9.?Digital Circuits for System Security. 10. Hybrid CMOS-MJT circuits for high performance CIM architecture. 11.?Integration of AI/ML techniques in VLSI Design.12.?A Review on Changing Trends in Mobile Security utilizing FPGA based Light Weight Cryptography, AI-based Threat Analytics and Decentralized Identity Protocols.

Electric Generators Handbook - Two Volume Set (Multiple-component retail product, 3 ed)

Contents Preface to the Third Edition Preface to the Second Edition.............................................................................................xiii Preface to the First Edition..................................................................................................xv Author..................................................................................................................................xix S.G. 1 Electric Energy and Electric Generators 1.1 Introduction...............................................................................................................................................1 1.2 Major Energy Sources...............................................................................................................................3 1.3 Electric Power Generation Limitations.....................................................................................................4 1.4 Electric Power Generation........................................................................................................................4 1.5 From Electric Generators to Electric Loads.............................................................................................7 1.6 Summary..................................................................................................................................................12 References ………………………………………………………………………………………………… 12 2 Principles of Electric Generators 2.1 Three Types of Electric Generators..........................................................................................................13 2.2 Synchronous Generators...........................................................................................................................15 2.3 Permanent Magnet Synchronous Generators.......................................................................................... 20 2.4 Homopolar Synchronous Generator...........


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Variable Speed Generators (Hardcover, 3 ed)

1 Wound-Rotor Induction Generators: Steady State 1.1 Introduction...........................................................................................................................................1 1.2 Construction Elements..........................................................................................................................3 1.2.1 Magnetic Cores …………………………………………………………………………………….4 1.2.2 Windings and Their mmfs..................................................................................................................5 1.2.3 Slip-Rings and Brushes......................................................................................................................8 1.3 Steady-State Equations..........................................................................................................................9 1.4 Equivalent Circuit................................................................................................................................11 1.5 Phasor Diagrams..................................................................................................................................13 1.6 Operation at the Power Grid................................................................................................................18 1.6.1 Stator Power versus Power Angle....................................................................................................19 1.6.2 Rotor Power versus Power Angle.....................................................................................................21 1.6.3 Operation at Zero Slip.......................................................................................................................21 1.7 Autonomous Operation of WRIG........................................................................................................22 1.8 Operation of WRIG in the Brushless Exciter Mode...........................................


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Synchronous Generators (Hardcover, 3 ed)

1 Electric Energy and Electric Generators 1.1 Introduction...............................................................................................................................................1 1.2 Major Energy Sources...............................................................................................................................3 1.3 Electric Power Generation Limitations.....................................................................................................4 1.4 Electric Power Generation........................................................................................................................4 1.5 From Electric Generators to Electric Loads.............................................................................................7 1.6 Summary..................................................................................................................................................12 References ………………………………………………………………………………………………… 12 2 Principles of Electric Generators 2.1 Three Types of Electric Generators..........................................................................................................13 2.2 Synchronous Generators...........................................................................................................................15 2.3 Permanent Magnet Synchronous Generators.......................................................................................... 20 2.4 Homopolar Synchronous Generator........................................................................................................ 23 2.5 Induction Generator................................................................................................................................. 25 2.6 Wound-Rotor (DFIG) Doubly-Fed Induction Generator.........................................................................28 2.7 Parametric Generators..................................


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