GPRSim - Software for simulating GPR measurements 3.3

GPRSim is a dedicated tool for simulating ground‑penetrating radar (GPR) measurements, helping users design surveys, test scenarios, and interpret results before going to the field. It models electromagnetic wave propagation in layered and heterogeneous subsurface environments and produces realistic synthetic data to support research, teaching, and practical project planning.

Key capabilities:

• Build customizable subsurface models with layers, variable material properties, and embedded targets such as pipes, cables, voids, or rebar
• Configure antenna parameters (center frequency, bandwidth, geometry) and survey setups for single‑offset or multi‑offset acquisitions
• Generate synthetic A‑scans, B‑scans, and time slices, with options for noise and clutter to mimic real conditions
• Visualize wavefields and responses, and export results to standard data formats for further analysis
• Run parameter sweeps and batch simulations to evaluate sensitivity and optimize survey designs

Typical applications:

• Pre‑survey feasibility and survey design optimization
• Education and training in GPR principles and data interpretation
• Algorithm development and benchmarking for imaging, inversion, and signal processing
• Sensitivity studies for material properties, target detectability, and acquisition geometry

Why use GPRSim:

• Reduce field time and cost by refining your approach in a virtual environment
• Improve confidence in target detectability and resolution before deployment
• Create reproducible scenarios for teaching, documentation, and method comparison

GPRSim is suitable for geophysicists, civil and structural engineers, archaeologists, environmental consultants, and academics who need a reliable way to explore GPR responses under controlled conditions.

GPRSim - Software for simulating GPR measurements is developed by "Screening Eagle Technologies". The most popular version of this product among our users is 3.3.