M-E²: 3D Multipath Environment Emulator

The objective of this proposal is to produce a prototype 3D software tool for precision RF modeling/visualization of multi-path and attenuation in urban environments to optimize sensor placement. State-of-the-art 3D gaming technology and original mathematical/graphical approaches will be employed to accurately model and visualize complex RF behaviors in a highly usable graphics representation providing a virtually training-free software application targeted for operational/field users in low bandwidth, limited data, restricted time and require C4ISR RF modeling. The core technical milestone is to develop features that allow field operators to easily import geomorphometric/topographical (USGS) maps and integrate this data with existing propagation algorithms and model overlays that can be viewed in a deployable, intuitively simple game-like graphical environment. This project will integrate emitter models with terrestrial, maritime and airborne ISR sensors to contextually illustrate RF signal propagation, multi-sensor spatial physics and the cause and effect of varying platform/sensor placement. In addition to addressing the prevalent problem of sensor sub-optimization, improving force protection, and addressing the Joint “Find-fix-finish” doctrine, the successful development of this application will provide an indispensable planning and operational tool for C4ISR Organizations, Information Operations, RF/C4ISR Training, homeland security entities, FEMA/First Responders, Law Enforcement and commercial communication businesses.