TIREM

Mission Application

• Predicts RF coverage for land mobile radios, point-to-point distances and sensor acquisition ranges from 1MHz into “spectrum frontiers” bands.
• Supports beyond-line-of-sight (BLOS) propagation analysis using knife-edge diffraction and troposcatter.
• Evaluates land-sea transitions, urban clutter and topographic features for accurate path propagation.
• Empowers decision-making with robust tools for spectrum monitoring and modeling across varied terrains.

Advantages

• Precision RF Analysis: Combines physics-based algorithms with sub-meter Lidar data for reliable RF analysis.
• Adaptive Modeling: Supports long-term fading models and atmospheric condition adjustments.
• Broad Compatibility: Complies with modern computing requirements, supporting MathWorks, Python, Windows and Linux platforms.
• Flexible Terrain Analysis: Includes empirical models for analysis without requiring detailed terrain data.

Features

• Utilizes deterministic modeling for power, density and field strength calculations, accounting for Fresnel interference and deep fading loss.
• Automatically selects and combines propagation models for land/sea and homogeneous terrain paths.
• Incorporates advanced modeling techniques, including atmospheric ray tracing with rain, dust and fog simulations.
• Stores signal data for post-analysis and integrates more than 1 million calculations for precision.
• Offers a spherical earth model for evaluating profile geometry and line-of-sight (LOS) paths.
• Provides flexible tools as MATLAB components and supports integration for dynamic analysis needs.