Verifying Statistical Validity of Discrete Event Simulations

"Our SS7-over-IP OPNET models enable us to accurately represent the behavior of next-generation signaling technology with high fidelity. Modeler’s detailed statistics give us valuable insight into how design alternatives will perform in realistic customer scenarios."

Network Planning Engineer
Professional Services
Tekelec

Network Simulation

OPNET Modeler® accelerates the R&D process for analyzing and designing communication networks, devices, protocols, and applications. Users can analyze simulated networks to compare the impact of different technology designs on end-to-end behavior. Modeler incorporates a broad suite of protocols and technologies, and includes a development environment to enable modeling of all network types and technologies including:

VoIP
TCP
OSPFv3
MPLS
IPv6
Others

Create network models intuitively using a series of hierarchical editors that parallel the structure of real networks, equipment, and protocols.

Key Features

Fastest discrete event simulation engine among leading industry solutions
Hundreds of protocol and vendor device models with source code (complete OPNET Model Library)
Object-oriented modeling
Hierarchical modeling environment
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
Realistic Application Modeling and Analysis
Open interface for integrating external object files, libraries, and other simulators
Integrated, GUI-based debugging and analysis

OPNET System-in-the-Loop Application Testing Predict application performance using real traffic in a simulated mode.

Visualize network simulation results in a rich, integrated environment.

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Workflow High Fidelity Modeling Scalable Simulation Sophisticated Analysis White Papers OPNET Protocol and Vendor Device Model Library Customer Case Studies Register for Free Web Briefings Attend OPNET Training Network R&D Solutions Network R&D Solutions Overview 中文 Related Solutions OPNET Modeler Wireless SuiteWireless Network Modeling and Simulation OPNET Modeler Wireless Suite for Defense Modeling and Simulation for Defense Communications System-in-the-Loop Module Cyber Security AppTransaction Xpert Real Application Simulation Module	Verifying Statistical Validity of Discrete Event Simulations "Our SS7-over-IP OPNET models enable us to accurately represent the behavior of next-generation signaling technology with high fidelity. Modeler’s detailed statistics give us valuable insight into how design alternatives will perform in realistic customer scenarios." Network Planning Engineer Professional Services Tekelec Network Simulation OPNET Modeler® accelerates the R&D process for analyzing and designing communication networks, devices, protocols, and applications. Users can analyze simulated networks to compare the impact of different technology designs on end-to-end behavior. Modeler incorporates a broad suite of protocols and technologies, and includes a development environment to enable modeling of all network types and technologies including: VoIP TCP OSPFv3 MPLS IPv6 Others Create network models intuitively using a series of hierarchical editors that parallel the structure of real networks, equipment, and protocols. Key Features Fastest discrete event simulation engine among leading industry solutions Hundreds of protocol and vendor device models with source code (complete OPNET Model Library) Object-oriented modeling Hierarchical modeling environment 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 Realistic Application Modeling and Analysis Open interface for integrating external object files, libraries, and other simulators Integrated, GUI-based debugging and analysis Predict application performance using real traffic in a simulated mode. Visualize network simulation results in a rich, integrated environment.

Capabilities

Portfolio

Verifying Statistical Validity of Discrete Event Simulations

Network Simulation