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Electronics

Wireless Communication Systems

The course 'Wireless Communication Systems' covers the fundamental principles and advanced concepts of wireless communication, including signal processing, modulation techniques, and network protocols. After completing these 100 lessons, learners will be able to design, analyze, and optimize wireless communication systems, and apply their knowledge to real-world problems, such as designing a cellular network to provide reliable and high-speed connectivity to a smart city. For example, they can use their knowledge of beamforming algorithms and channel estimation methods to improve the performance of a 5G base station. By mastering these concepts, learners will be well-prepared for careers in wireless communication engineering and research.

Mini plan de lecciones · 100 lecciones

Principiante · lecciones 1–25
  1. Basic Electromagnetic Wave Properties
  2. Signal Frequency and Wavelength
  3. Amplitude and Phase Concepts
  4. Simple Analog Signal Representation
  5. Introduction to Modulation Types
  6. Amplitude Modulation Basics
  7. Frequency Modulation Basics
  8. Phase Modulation Basics
  9. Signal-to-Noise Ratio Fundamentals
  10. Basic Antenna Types and Functions
  11. Free Space Path Loss Calculation
  12. Simple Radio Wave Propagation
  13. Line-of-Sight Communication Principles
  14. Basic Receiver Sensitivity
  15. Transmitter Power and Coverage
  16. Introduction to Bandwidth Concepts
  17. Simple Digital Signal Representation
  18. Binary Data Encoding Basics
  19. Pulse Modulation Techniques
  20. Basic Multiplexing Concepts
  21. Time Division Multiplexing Basics
  22. Frequency Division Multiplexing Basics
  23. Simple Error Detection Methods
  24. Basic Wireless Communication Standards
  25. Simple Network Topologies
Intermedio · lecciones 26–50
  1. Advanced Modulation Techniques
  2. Quadrature Amplitude Modulation
  3. Phase Shift Keying Variants
  4. Orthogonal Frequency Division Multiplexing
  5. Channel Capacity and Shannon Limit
  6. Multipath Propagation Effects
  7. Fading and Doppler Shift
  8. Diversity Techniques in Wireless
  9. Equalization Methods
  10. Error Correction Codes Basics
  11. Convolutional Coding Principles
  12. Interleaving and Deinterleaving
  13. Multiple Access Techniques
  14. Code Division Multiple Access
  15. Time Division Multiple Access
  16. Frequency Hopping Spread Spectrum
  17. Direct Sequence Spread Spectrum
  18. Wireless Network Protocols Overview
  19. Cellular Network Architecture
  20. Handoff and Roaming Mechanisms
  21. Power Control in Wireless Systems
  22. Link Budget Analysis
  23. Antenna Arrays and Beamforming
  24. Wireless Security Fundamentals
  25. Basic Wireless Sensor Networks
Avanzado · lecciones 51–75
  1. MIMO Systems and Spatial Multiplexing
  2. Advanced Channel Modeling
  3. OFDM Synchronization Techniques
  4. Turbo Codes and LDPC Codes
  5. Adaptive Modulation and Coding
  6. Cognitive Radio Concepts
  7. Interference Management Techniques
  8. Cooperative Communication Strategies
  9. Relay and Mesh Networks
  10. Software Defined Radio Principles
  11. Radio Resource Management
  12. Advanced Antenna Design
  13. Millimeter Wave Communication
  14. Ultra Wideband Systems
  15. Wireless Localization Techniques
  16. Energy Harvesting in Wireless
  17. Massive MIMO Technology
  18. Network Simulation Tools
  19. G NR Physical Layer
  20. Beamforming Algorithms
  21. Channel Estimation Methods
  22. Wireless Backhaul Technologies
  23. Vehicular Communication Systems
  24. Wireless QoS Management
  25. Advanced Wireless Security Protocols
Experto (already in the field) · lecciones 76–100
  1. Quantum Communication Fundamentals
  2. Terahertz Wireless Systems
  3. Reconfigurable Intelligent Surfaces
  4. Integrated Access and Backhaul
  5. Non-Orthogonal Multiple Access
  6. Machine Learning in Wireless
  7. Network Slicing in 5G and Beyond
  8. Ultra-Reliable Low Latency Communication
  9. Massive Machine Type Communication
  10. Full Duplex Wireless Systems
  11. Advanced Spectrum Sharing Techniques
  12. Wireless Network Virtualization
  13. AI-Driven Radio Resource Allocation
  14. Blockchain for Wireless Security
  15. Advanced Channel Coding Theories
  16. Wireless Power Transfer Technologies
  17. Holographic MIMO Surfaces
  18. Terahertz Channel Modeling
  19. G Wireless System Concepts
  20. Integrated Sensing and Communication
  21. Wireless Network Optimization
  22. Edge Computing in Wireless Networks
  23. Security Threats in Future Wireless
  24. Advanced Antenna Fabrication Techniques
  25. Wireless Communication System Design

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