SimEvents 3.1.1

Model and simulate discrete-event systems

SimEvents^® discrete-event simulation software lets you simulate the transactions between components in a system architecture. You can use the architecture model to analyze performance characteristics such as end-to-end latencies, throughput, and packet loss. With this discrete-event simulation software, you can also simulate a process, such as a mission plan or a manufacturing process, to determine resource requirements or identify bottlenecks. Libraries of predefined blocks, such as queues, servers, and switches, enable you to represent the components in your system architecture or process flow diagram. You can accurately represent your system by customizing operations such as routing, processing delays, and prioritization.

SimEvents works with Stateflow^® to represent systems containing detailed state-transition charts that may produce or be controlled by discrete events. SimEvents and Simulink provide an integrated environment for modeling hybrid dynamic systems containing continuous-time, discrete-time, and discrete-event components. Typical examples occur in communications, automotive, electronic systems, sensor networks, and other distributed control applications.

Introduction and Key Features Working with SimEvents Debugging Your Model Accessing Statistics for Discrete-Event Systems Interfacing with Simulink and Stateflow

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Tradeshow: UKACC International Conference on CONTROL 2010 Press Release: TriVector Services Validates Time Latencies for Ares I Rocket with MathWorks Products Demos: Applications of discrete-event simulation software using SimEvents Webinar: Discrete-Event Simulation and Hybrid Modeling with SimEvents Webinar: Discrete-Event Simulation Modeling with SimEvents SimEvents Documentation: What is discrete-event simulation?