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Protocol selection and interface generation for HW-SW codesign

机译:HW-SW代码签名的协议选择和接口生成

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The aim of this paper is to present a communication synthesisnapproach stated as an allocation problem. In the proposed approach,ncommunication synthesis allows to transform a system composed ofnprocesses that communicate via high-level primitives through abstractnchannels into a set of processes executed by interconnected processorsnthat communicate via signals and share communication control. Thenproposed communication synthesis approach deals with both protocolnselection and interface generation and is based on binding/allocation ofncommunication units. This approach allows a wide design spacenexploration through automatic selection of communication protocols. Wenpresent a new algorithm that performs binding/allocation ofncommunication units. This algorithm makes use of a cost function tonevaluate different allocation alternatives. We illustrate through annexample the usefulness of the algorithm for allocating automaticallyndifferent protocols within the same application system
机译:本文的目的是提出一种称为分配问题的通信综合方法。在所提出的方法中,通信集成允许将由通过高级原语通过抽象通道进行通信的进程组成的系统转换为由互连处理器执行的一组进程,这些处理器通过信号进行通信并共享通信控制。然后提出的通信综合方法既处理协议的选择又处理接口的产生,并且基于通信单元的绑定/分配。通过自动选择通信协议,该方法允许进行广泛的设计探索。 Wenpresent一种执行通信单元绑定/分配的新算法。该算法利用成本函数来评估不同的分配方案。我们通过一个例子来说明该算法在同一应用系统内自动分配不同协议的有用性。

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