Underwater Optical Wireless & Spatial Diversity Simulation

This simulation suite delivers precise modeling and analysis of underwater optical wireless communication (UOWC) systems. It focuses on evaluating link reliability in challenging aquatic environments by incorporating scattering, absorption, turbulence, and spatial diversity effects. Ideal for researchers, naval applications, and underwater exploration technologies.

• Simulate optical wave propagation across varying salinity, depth, and temperature profiles
• Analyze MIMO, spatial diversity, and multiple aperture configurations
• Incorporate scattering and absorption coefficients for different water types
• Model turbulence effects caused by temperature-salinity gradients
• Evaluate beam divergence, fading statistics, and SNR degradation
• Assess link availability, reliability, and BER under realistic oceanic conditions
• Compare LOS and NLOS scenarios with turbulence-resilient layouts

• Marine Communication Research Labs
• Underwater Robotics & Autonomous Vehicles (AUVs)
• Naval and Defense Communication Systems
• Environmental Monitoring Systems
• Subsea Data Centers & Infrastructure Projects
• Academic Programs in Ocean Engineering & Photonics

• Standalone EXE simulation package (code not distributed)
• Underwater channel configurator: absorption, scattering, turbulence models
• Built-in MIMO/spatial diversity architecture templates
• Visualization of beam profile evolution, power density, and BER maps
• Comprehensive report generation module for project deliverables
• Full-featured user guide with demo cases and benchmarks

• Tailored water profile libraries (coastal, harbor, arctic, turbid, chlorophyll-rich)
• Configurable diversity order and geometry settings
• Add-on support for AI-based equalization and error correction in UOWC
• Support for bi-directional underwater links and localization systems
• Optional module for hybrid acoustic-optical link simulations