CASSE: a system-level modeling and design-space exploration tool for multiprocessor systems-on-chip
CASSE: a system-level modeling and design-space exploration tool for multiprocessor systems-on-chip
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CASSE：用于多处理器片上系统的系统级建模和设计空间探索工具
DOI：
10.1109/dsd.2004.1333313
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发表时间：
2004
期刊：
影响因子：
--
通讯作者：
W. Kruijtzer
中科院分区：
文献类型：
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作者：
Víctor Reyes;T. Bautista;G. Callicó;P. P. Carballo;W. Kruijtzer
随着SoC复杂性的增长，需要新的方法和工具来进行系统设计和及时有效的设计空间探索。本文介绍了一个叫做CASE的工具，它是Camellia片上系统仿真环境的缩写。CASE是一个快速、灵活和模块化的基于SystemC的仿真环境，旨在用于设计空间探索和不同抽象级别的系统级设计。该工具使用事务级建模技术实现快速模拟和轻松的体系结构建模，并通过逐步改进的方法弥合到系统实现的差距。CASE被用于欧洲第一个-2001年-34410个Camellia项目，该项目的重点是将创新的智能成像应用程序映射到现有的视频编码架构上。
As SoC complexity grows new methodologies and tools for system design and time-effective ditsign space exploration are required. In this paper we introduce a tool called CASSE, what stands for Camellia system-on-chip simulation environment. CASSE is a fast, flexible, and modular SystemC-based simulation environment which aims to be useful for design-space exploration and system-level design at different abstraction levels. The tool uses transaction-level modeling techniques for fast simulations and easy architectural modeling, and bridge the gap to system implementation by a progressive refinement approach. CASSE is being used in the European 1ST-2001-34410 CAMELLIA project, which focuses on the mapping of innovative smart imaging applications onto an existing video encoding architecture.