SOKS

1. Calculate SOKS-Wake Detection System Radius Value
The Wake Detection System Radius defines the farthest distance where SOKS can identify submarine wake disturbances. By analyzing wake speed, angle, water temperature, and depth, it calculates the spatial extent of detectable hydrodynamic changes.
This feature leverages sensor sensitivity and environmental data to provide precise boundaries for underwater tracking. It ensures effective monitoring over large areas, optimizing the deployment of detection assets.

2. Calculate SOKS-Chemical Signature Pattern Recognition Direction Value
This feature determines the propagation angle of chemical traces left by submarines. Using advanced spectrometric analysis, SOKS pinpoints the vector of these residuals, even in dynamic ocean conditions.
By isolating chemical signatures from environmental noise, it enables accurate directional tracking. This enhances SOKS's ability to transform diffused data into actionable insights for underwater surveillance.

3. Calculate SOKS-Wake Interference Mitigation Speed Value
The Wake Interference Mitigation Speed adjusts for environmental noise that masks submarine wake detection. It calculates the optimal speed to counteract such interference and maintain detection reliability.
This ensures SOKS remains effective in turbulent waters or areas with high marine traffic. Its adaptability strengthens real-time tracking by preserving data accuracy despite challenging conditions.

4. Calculate SOKS-Nuclear Reactor Signature Frequency Value
This feature identifies unique frequency patterns from radionuclide emissions of nuclear submarines. SOKS isolates reactor-induced oscillations to differentiate these from ambient radiation.
By detecting faint emissions, it provides long-range monitoring of nuclear vessels. This capability is vital for identifying and tracking nuclear-powered threats.

5. Calculate SOKS-Submarine Tracking Pattern Length Value
The Submarine Tracking Pattern Length measures the detectable longitudinal trail of a submarine’s wake. It correlates with propulsion speed, angle, and environmental conditions to map its trajectory.
This feature enables continuous monitoring of a submarine's path. By anticipating movement, it supports strategic tracking and operational planning.

6. Calculate SOKS-Wake Signature Frequency Filter Strength Value
The Wake Signature Frequency Filter Strength determines SOKS's ability to isolate submarine-specific wake frequencies from ambient noise. It prioritizes relevant signals for precise detection.
This feature ensures effective tracking in noisy aquatic environments by refining detection granularity. It enhances the system’s performance in ecologically diverse regions.