Smart Antennas: Recent Trends in Design and Applications (Advances in Computing Communications and Informatics)

Description

This reference provides the reader with focused information about microstrip antenna design and applications. Readers are first introduced to the basic design of microstrip antennas. Subsequent chapters explain how microstrip antennas are suitable for practical applications. These chapters cover topics such as fractal and defected ground structure antennas, microstrip antenna evaluation, and the use of microstrip antennas in mobile communications and IoT applications. Scholars, researchers, and industrial professionals involved in the fields of electronics and electrical engineering as well as instrumentation will benefit from the information given in this book. Cover Title Copyright End User License Agreement Contents Preface Dedication List of Contributors Introduction to Microstrip Antenna Vivek Arya1,* 1. INTRODUCTION 2. FEEDING TECHNIQUES 3. DESIGNING OF MICROSTRIP ANTENNA 4. ADVANTAGES AND DISADVANTAGES OF MICROSTRIP ANTENNA ARE SUMMARIZED AS BELOW Advantages: Disadvantages: 5. APPLICATIONS OF MICROSTRIP ANTENNA CONCLUSION CONSENT FOR PUBLICATION CONFLICT OF INTEREST ACKNOWLEDGEMENT REFERENCES Fractal and Defected Ground Structure Microstrip Antenna for Wireless Applications Charu Tyagi1,*, Puneet Chandra Srivastava2, Patrika Jayanti3 and Kiran Srivastava4 1. INTRODUCTION Evolution in Antenna Optimization 2. FRACTAL LITERATURE 3. USEFUL FRACTAL GEOMETRIES 4. MINKOWSKI CURVE FRACTAL 4.1. Properties 4.1.1. Curve Length 4.1.2. Fractal Dimension 4.1.3. Self-Similarity 4.2. How Fractal have Space Occupancy Architecture 5. ADVANTAGES AND DISADVANTAGES 6. NATURAL FRACTAL AND ITS APPLICATIONS 6.1. Sciences of Nature 6.2. Of Nature 6.3. Computer-Science 6.4. Fluid- Mechanics 7. TELECOMMUNICATIONS 7.1. Introduction to Defected Ground Structures 7.2. The Ground Plane Impact 7.3. Multiband Antenna using Koch and Sierpinski Fractal with Defected Ground 7.4. Ultra-Wideband Antenna using Fractal 7.5. S & C Band Antenna with Defective Ground 7.6. Miniaturization of Ultra-wideband Antenna with Fractal Iteration CONCLUSION CONSENT FOR PUBLICATION CONFLICT OF INTEREST ACKNOWLEDGEMENT REFERENCES Role of Artificial Intelligence in Market Development and Vehicular Communication Arshi Naim1,*, Fahad Alahmari2 and Abdul Rahim2 1. INTRODUCTION 2. LITERATURE REVIEW 3. DISCUSSION 3.1. Micro Financial Point 3.2. Possible Effects of AI in Financial Markets 3.3. Possible Effects of AI Learning on FI 3.4. Possible Effects of AI on Consumers and Investors 3.5. Possible Effects of AI on Vehicle Manufactures 3.6. Possible effects of AI on Antenna Set up 3.7. Macro-Financial Analysis 4. RESULTS CONCLUSION CONSENT FOR PUBLICATION CONFLICT OF INTEREST ACKNOWLEDGEMENT REFERENCES Performance Analysis of Microstrip Patch Antenna for Various Applications S. Kannadhasan1,* and R. Nagarajan2 1. INTRODUCTION 2. DGS WITH BEAM STEERING CAPABILITIES OF 5G APPLICATIONS 3. TRI-BAND FOR 5G APPLICATIONS 4. MULTI-BAND ANTENNA FOR 5G APPLICATIONS 5. ENERGY HARVESTER 6. METAMATERIALS 7. ARTIFICIAL NEURAL NETWORK 8. SMART ANTENNA 9. TEXTILE APPLICATIONS CONCLUSION CONSENT FOR PUBLICATION CONFLICT OF INTEREST ACKNOWLEDGEMENT REFERENCES Importance and Uses of Microstrip Antenna in IoT Wani V. Patil1,* 1. BIRTH OF INTERNET OF THINGS 1.1. Advantages of the IoT 2. DESIGN OF MICROSTRIP ANTENNA FOR IOT APPLICATIONS 2.1. Multiband Microstrip Patch Antenna for IoT Applications 2.2. Design of A Handy Triple band Micro- Strip Patch Antenna for Satellite-Based Iot Applications 2.3. 3D Miniature Antenna Design for RFID Applications in IoT Environment 2.3.1. Design and the Analysis Approach 2.3.2. Simulation Results 3. DESIGN CHALLENGES OF ANTENNA FOR IOT APPLICATIONS 3.1. Selection of the Appropriate Size of the Antenna 3.2. Critical Antenna Performance 3.3. Antennas Used in the Mobile Phones 3.4. Antenna Used in IoT 4. CURRENT TRENDS IN THE DESIGN OF ANTENNAS FOR IOT APPLICATIONS CONCLUSION CONSENT FOR PUBLICATION CONFLICT OF INTEREST ACKNOWLEDGEMENT REFERENCES Use of Smart-Antenna in Mobile Communication Arghya Majumder1,* 1. INTRODUCTION 1.1. Types of Smart Antenna Systems 1.2. Major Challenges in Mobile Communication System 1.3. Improvement the Performance of Mobile Communication System by Using Smart Antenna 2. SMART ANTENNA STRATEGIES FOR MOBILE COMMUNICATION 2.1. Cross-layer Optimization 2.2. Multi-user Diversity 2.3. Performance 2.4. System Perspective CONCLUSION CONSENT FOR PUBLICATION CONFLICT OF INTEREST ACKNOWLEDGEMENT REFERENCES Subject Index Back Cover