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Simulation Platform for Architectural Verification and Performance Analysis in Core-Based SoC Design

机译:基于内核的SoC设计中用于架构验证和性能分析的仿真平台

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In complex SoC designs verification consumes more than half of the overall design effort. Design reuse is a critical element in closing the SoC design gap, but it is not enough. A generic core-based architecture for circuits that require high volume data transfer control was designed. After some experience in reusing the architecture, a key improvement has recently been undertaken: a reusable simulation platform. The complexity of architectural verification and performance analysis has been greatly alleviated by means of a monitor module that processes all the events on the SoC and an Architecture Specific Graphical User Interface (ASGUI) that shows all the data transfers while simulation is running. The generation of bitrate and latency statistics is fully automated.
机译:在复杂的SoC设计中,验证消耗了整个设计工作的一半以上。设计重用是缩小SoC设计差距的关键要素,但还不够。针对需要大量数据传输控制的电路,设计了一种基于内核的通用体系结构。经过重用该架构的一些经验之后,最近进行了一项关键改进:可重用的仿真平台。借助处理SoC上所有事件的监控器模块和可显示仿真运行时所有数据传输的体系结构特定图形用户界面(ASGUI),大大降低了体系结构验证和性能分析的复杂性。比特率和等待时间统计信息的生成是完全自动化的。

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