Microwave Devices and Circuits for Advance Wireless Communication

Microwave Devices and Circuits for Advance Wireless Communication

Design and Analysis

Singh, Ghanshyam; Singh, Indrasen; Mishra, Naveen; Choudhary, Dilip Kumar; Parchin, Naser Ojaroudi

Taylor & Francis Ltd

08/2024

320

Dura

9781032656007

Pré-lançamento - envio 15 a 20 dias após a sua edição

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Chapter 1- Design and Analysis of UWB Patch Antenna for 5G Millimeter Wave Applications

Chapter 2- Material Characterization of Graphene Based Circular Patch Terahertz (THz) Antenna for Biomedical Applications

Chapter 3- Various Mutual Coupling Reduction Techniques for 5G MIMO Antenna

Chapter 4- Design and Simulation study of Bi-frequency and Dual-band Magnetically Insulated Line Oscillator (MILO)

Chapter 5- Microwave and Millimeter-Wave Radar Imaging: Challenges and Applications

Chapter 6- High Isolation and Low RCS Tuneable Wide Band Graphene Based THz MIMO Antenna for Nano Communication with 6G/IOT Application

Chapter 7- Frequency Selective Surfaces/Metasurfaces: Equivalent Circuit Modelling

Chapter 8- Miniaturized X-band DMTL Phase Shifter using Space-Filling Curves

Chapter 9- Microwave Devices and Circuits for Advance Wireless Communication: Design and Analysis

Chapter 10- Design of a mmWave Reconfigurable Intelligent Surface for Futuristic Wireless Communications

Chapter 11- Design of Four Element Multi-Band MIMO Antenna for 6G mmWave Wireless Applications

Chapter 12- Intelligent reflecting surface assisted D2D communication at mm-Wave band

Chapter 13- Machine Learning for Advanced Wireless Communication: Applications, Challenges, Problems, and Open Research Questions

Chapter 14- Estimation of Channel for Multipath Transmission in Wireless Communication using OFDM

Chapter 15- Industrial IoT: Challenges and Applications

Chapter 16- Establishing Seamless Connectivity through UAV Communication Systems
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5G/6G;Antenna;MIMO, Massive MIMO;Metamaterial;Microwave circuits;Materials for circuit design;Antenna for 5G application;Heterogeneous Network