The Modeler™ Wireless Suite for Defense builds on the capabilities of the Modeler™ Wireless Suite to support the unique R&D requirements of the defense community. Government agencies and contractors require detailed network modeling, and simulation that can keep pace with the growing size of tactical networks. The Modeler™ Wireless Suite for Defense couples high-fidelity protocol and equipment models with a scalable simulation environment capable of simulating wired/wireless military networks of realistic scale in real-time.

The suite is used by the world's largest Defense organizations and contractors to accelerate the R&D of network protocols, devices, and architectures crucial to Network-Centric Operations and Warfare implementations. Examples include MANET protocol development, JTRS/Bowman Radio design, and WIN-T/FCS architecture studies. Defense network planners and architects can analyze end-to-end behavior, tune network performance, and develop custom protocols to optimally support the warfighter. Training and exercise personnel can leverage the suite to incorporate communications effects into wargames.

Visualize network behavior by overlaying communications effects onto a dynamic 3D scenario.

Key Features

• Fastest simulation engine among leading industry solutions
• Hundreds of wired/wireless protocol and vendor device models with source code (complete list)
• Object-oriented modeling
• Hierarchical modeling environment
• Scalable wireless simulations incorporating terrain, mobility, and multiple pathloss models including TIREM
• Customizable wireless modeling
• Discrete Event, Hybrid, and optional Analytical simulation
• 32-bit and 64-bit fully parallel simulation kernel
• Grid computing support for distributed simulation
• Animation and 3D visualization
• Optional System-in-the-Loop to interface simulations with live systems
• HLA-based co-simulation
• Open interface for integrating external object files, libraries, and other simulators
• Integrated, GUI-based debugging and analysis

Plan mobile network deployments to support the warfighter.

Understand the effects of terrain and urban environments on signal attenuation.