IP encapsulation: Approach and Case Study

F. Abbes, Emmanuel Casseau, Mohamed Abid
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Abstract

The recent emergence of component-based designs helps the design of systems daring the refinement step between algorithmic specifications and architecture specifications. Designers' attempts such as flexibility, cost constraints, high performance and time to market can thus be helpfully managed. However, the correct integration of the architectures/components in a design implies complex verification/design problems. The proposed approach addresses the design of cycle accurate bit accurate (CABA) generic interface of such instantiated components. This paper suggests an IP encapsulation approach relying on a generic interface model considering the object oriented issues for simulation and architecture generation toward synthesis. The automatic interface generation has been experimented on the object motion detection (OMD) algorithm
IP封装:方法和案例研究
最近出现的基于组件的设计有助于系统设计跨越算法规范和体系结构规范之间的细化步骤。因此,设计师的灵活性、成本限制、高性能和上市时间等尝试都可以得到有效管理。然而,设计中架构/组件的正确集成意味着复杂的验证/设计问题。该方法解决了此类实例化元件的周期精确位精确(CABA)通用接口的设计。本文提出了一种基于通用接口模型的IP封装方法,考虑了面向对象的仿真问题和面向综合的体系结构生成问题。在目标运动检测(OMD)算法上对自动生成界面进行了实验
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