使用MLDesigner进行系统级仿真建模

G. Schorcht, I. Troxel, K. Farhangian, P. Unger, Daniel Zinn, C. Mick, A. George, H. Salzwedel
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引用次数: 37

摘要

系统级设计提出了特殊的仿真建模挑战。系统级模型处理复杂系统的体系结构和功能性能。系统被分解成一系列相互作用的子系统。体系结构定义了子系统、子系统之间的互连和共享资源的争用。函数定义子系统的输入和输出行为。任务级研究在任务级场景的背景下探索系统性能。本文演示了各种复杂的系统仿真模型,从任务级、基于卫星的空中交通管理系统到使用系统级设计工具MLDesigner构建的RISC处理器。所有的案例研究都演示了使用离散事件模拟的系统级设计技术。
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System-level simulation modeling with MLDesigner
System-level design presents special simulation modeling challenges. System-level models address the architectural and functional performance of complex systems. Systems are decomposed into a series of interacting sub-systems. Architectures define subsystems, the interconnections between subsystems and contention for shared resources. Functions define the input and output behavior of subsystems. Mission-level studies explore system performance in the context of mission-level scenarios. This paper demonstrates a variety of complex system simulation models ranging from a mission-level, satellite-based air traffic management system to a RISC processor built with MLDesigner, a system-level design tool. All of the case studies demonstrate system-level design techniques using discrete event simulation.
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