Propagation Modeling for Wireless Communications

Part 1. Introduction. 1. Introduction. Part 2. Wave-based Propagation. 2. Radiowave Propagation. 3. Acoustic Wave Propagation. 4. Mageto-Inductive Propagation. 5. Optical Wave Propagation. Part 3. Particle-based Propagation. 6. Molecular Communication. 7. Quantum Field Propagation. Part 4. Conclusion. 8. The Future.

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• Engenharia electrotécnica
• Tecnologia das microondas
• Ciência ambiental, engenharia e tecnologia
• Tecnologia WAP (sem fios)

molecular diffusion;particles;quantum fields;waves;IoT and Industrial IoT;Particle Propagation;Joint Channel-Signal Models;Turbulent Diffusion;Transmitter Models;Photonic Channel;5G/6G/7G of communication systems;communication networks;integrated wireless network;Industrial IoT;Cir;Path Loss;Vice Versa;Underwater Sensor Networks;Ann Model;Quantum Channels;Quantum Light;Information Particles;Receiver Aperture;Eikonal Equation;Underground Scenarios;Quantum Communication;Downlink Channel;Underwater Acoustic;Wireless Communication System;Channel Sounder;Optical Wave;Environmental Design Parameters;Local Oscillator;RC;Large Scale Turbulent Eddies;Quantum Field;Drill String;VL Communication