Strategic Objectives
• Decode the fundamental differences between RF and non-coherent optical MIMO.
• Master spatial multiplexing techniques to multiply data throughput exponentially.
• Overcome signal fading and path loss using advanced diversity schemes.
• Design robust optical wireless systems for indoor and outdoor environments.
The Core Challenge
Traditional Radio Frequency spectrum is reaching its physical limits, creating a massive bottleneck for global data demands.
01
Foundations of Lightwave Systems
02
The MIMO Paradigm
03
The Intensity Modulation Constraint
04
Spatial Multiplexing Mechanics
05
Spatial Correlation Challenges
06
Visible Light Communication (VLC)
07
Light-Emitting Diodes as Transmitters
08
Photodetector Array Design
09
Free-Space Optical Communications
10
Atmospheric Turbulence Modeling
11
Diversity Techniques
12
Space-Time Block Coding
13
Channel State Information (CSI)
14
Optical Signal Processing
15
Bit Error Rate Analysis
16
Inter-Symbol Interference (ISI)
17
Equalization Strategies
18
Modulation Formats for Optical MIMO
19
System Synchronization
20
Energy Efficiency and Safety
21