Strategic Objectives
• Understand the physics of meteorological and oceanic turbulence impacts.
• Master mathematical models for log-normal fading and signal loss.
• Implement advanced mitigation strategies for outdoor optical wireless.
• Design resilient communication systems that defy atmospheric interference.
The Core Challenge
Long-range optical links are plagued by unpredictable physical disruptions like scintillation and beam wander that shatter signal integrity.
01
The Physics of Light
02
Foundations of FSO
03
The Earth's Atmosphere
04
Fluid Dynamics of Air
05
The Kolmogorov Theory
06
Refractive Index Fluctuations
07
The Phenomenon of Scintillation
08
Dynamics of Beam Wander
09
Log-Normal Fading Models
10
Meteorological Impacts
11
Oceanic Turbulence
12
Adaptive Optics Solutions
13
Gaussian Beam Propagation
14
Optical Phase Conjugation
15
Bit Error Rate Analysis
16
Spatial Diversity Techniques
17
Aperture Averaging
18
Modulation Formats for FSO
19
The Fried Parameter
20
Forward Error Correction
21