opnet
IT Sentinel
Verifying Statistical Validity of Discrete Event Simulations

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Testing and Evaluating HAIPE® In a Wireless Environment Using OPNET Modeler® and OPNET System-in-the-Loop (SITL) Module

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"Ericsson has relied on OPNET software for over a decade. We continue to use their high fidelity modeling and simulation solutions to deliver dependable, next-generation networking solutions to operators worldwide."



Senior Network Research Engineer, Broadband and Systems Research Lab
Ericsson Canada
WimaxTZero

The Modeler™ Wireless Suite extends the functionality of OPNET Modeler® with high-fidelity modeling, simulation, and analysis of wireless networks. The suite provides the industry's most flexible and scalable wireless network modeling environment, and includes a broad range of powerful technologies for accelerating simulation run-time. The software offers full protocol stack modeling capability with the ability to model all aspects of wireless transmissions, including RF propagation, interference, transmitter/receiver characteristics, node mobility including handover, and the interconnection with wired transport networks.

Wireless technology developers can take advantage of OPNET's simulation capabilities and rich protocol model suites to optimize their R&D processes, and more effectively design technologies such as MANET, IEEE 802.11 WLAN, 3G/4G, Ultra Wide Band, IEEE 802.16 WiMAX, Bluetooth, and Satellite. Wireless network planners, architects, and operations professionals can analyze end-to-end behavior, tune network performance, and evaluate growth scenarios for revenue-generating network services.

image 0neDesign and evaluate WiMAX- ZigBee hybrid networks.

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
  • 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
  • Optional System-in-the-Loop to interface simulations with live systems
  • Open interface for integrating external object files, libraries, and other simulators
  • Integrated, GUI-based debugging and analysis

Distribute a family of simulations to multiple machines in a grid computing environment.

 



Visualize simulation results in a rich, integrated environment.
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