Mimo Antennas for Wireless Communication: Theory and Design

ISBN-13: 9780367530471 / Angielski / Twarda / 2020 / 202 str.

Leeladhar Malviya; Rajib Kumar Panigrahi; M. V. Kartikeyan

Opis

The desired objective of the book is to investigate diversity and mutual coupling effects on MIMO antenna designs for WLAN/WiMAX/LTE applications, controlled with diversity and ground modification techniques including equivalent circuit diagrams. The improved MIMO antenna structures and massive MIMO are covered to illustrate the technology.

Spis treści

1 Introduction1.1 Fundamentals of MIMO Antennas1.2 Motivation and Scope1.3 Organization of Book2 Theory of MIMO2.1 Introduction2.2 Wireless Channel Limitations2.2.1 Fading2.2.1.1 Large Scale Fading2.2.1.2 Small Scale Fading2.2.2 E ect of Interference on Channel Capacity2.2.2.1 Co-Channel Interference and Capacity2.2.2.2 Adjacent Channel Interference and Capacity2.2.2.3 Power and Interference2.3 Approaches to Improve Capacity2.3.1 Cell Splitting2.3.2 Sector Forming2.3.3 Repeaters2.3.4 Microcell Zones2.4 Concluding Remarks3 Applications of MIMO3.1 Introduction3.2 Functions of MIMO3.3 Types of MIMO3.4 Applications of MIMO3.5 Concluding Remarks4 MIMO Antenna Performance Criteria4.1 Introduction4.2 Performance Criteria of MIMO Antenna4.2.1 Reflection Coecient and VSWR4.2.2 Transmitted and Reflected Powers4.2.3 Transmission Coecient4.2.4 Envelope Correlation Coecient (ECC)4.2.5 Total Active Reflection Coecient (TARC)4.2.6 Channel Capacity4.2.7 Mean E ective Gain (MEG)4.2.8 Spectral Eciency4.2.9 MIMO Mode4.3 Concluding Remarks5 5G Massive MIMO Technology5.1 Introduction5.2 Massive MIMO5.3 Channel Estimation in Massive MIMO5.4 Spatial Diversity/Multiplexing5.5 Beamforming5.5.1 Types of Beamforming Techniques5.6 Advantages of Massive MIMO5.7 Concluding Remarks6 Mutual Coupling Reduction Techniques in MIMO Designs: An in-depth Survey6.1 Introduction6.2 Diversity Techniques6.2.1 Space Diversity6.2.2 Polarization Diversity6.2.3 Pattern Diversity6.3 Mutual Coupling Reduction Techniques6.3.1 Parasitic Element/Structure Approach6.3.2 Neutralization Line Approach6.3.3 Slit and Slot Etching Approach6.3.4 Coupling/Decoupling Structure Approach6.3.5 Metamaterials Approach6.3.6 Shorting Pins/Posts6.3.7 Feeding Technique6.3.8 Ground Branches/Utilization6.4 MIMO Antenna Miniaturization Techniques6.5 Concluding Remarks7 Design and Analysis of Multi-Band Printed MIMO Antenna with Diversity and Partially Stepped Ground7.1 Introduction and Related Work7.2 Multi-Band MIMO Antenna Design and Implementation7.3 Simulation-Measurement Results and Discussion7.4 Concluding Remarks8 Design and Analysis of Wide-Band MIMO Antenna With Diversity and Partially Extended Ground8.1 Introduction and Related Work8.2 Wide-Band MIMO Antenna Design and Implementation8.3 Simulation-Measurement Results and Discussion8.4 Concluding Remarks9 Design and Analysis of Circularly Polarized MIMO Antenna for WLAN Application9.1 Introduction and Related Work9.2 CP-MIMO Antenna Design and Implementation9.3 Simulation-Measurement Results and Discussion9.4 Concluding Remarks10 MIMO Antenna Designs with Diversity Techniques for LTE Applications10.1 Introduction10.2 Design and Analysis of C-Shaped Folded Loop MIMO Radiator10.2.1 Introduction and Related Work10.2.2 Folded Loop MIMO Antenna Design and Implementation10.2.3 Simulation-Measurement Results and Discussion10.3 Design and Analysis of Mathematically Inspired Dual CurvedMIMO Radiator10.3.1 Introduction and Related Work10.3.2 MIMO Antenna Design and Implementation10.3.3 Simulation-Measurement Results and Discussion10.4 Concluding Remarks11 MIMO Antenna Designs for WLAN/WiMAX Applications with 1 x 2 Power Divider Arms11.1 Introduction11.2 Design and Analysis of Pentagonal Shaped O set Planar MIMO for Omni-Directional Radiation Patterns11.2.1 Introduction and Related Work11.2.2 MIMO Antenna Design and Implementation11.2.3 Simulation-Measurement Results and Discussion11.3 Design and Analysis of Multi-Band MIMO with Very Compact Radiating Element11.3.1 Introduction and Related Work11.3.2 MIMO Antenna Design and Implementation11.3.3 Simulation-Measurement Results and Discussion11.4 Concluding Remarks12 Concluding Remarks and Future Perspective12.1 Contribution of the Book12.2 Future PerspectiveBibliography