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Implementing Codesign in Xilinx Virtex II Pro

机译:在Xilinx Virtex II Pro中实施代号

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Nowadays the real time video processing is becoming more and more critical. Thus the systems used for these purposes require powerful computation of the data in order to have short response time. Another attribute that is preferred for these systems to have, is versatility or offering the opportunity to be reconfigurable on demand. Co-design is a technique that involves both software and hardware processing, to achieve these goals. The target of this paper is to discuss the implementation of co-design in Xilinx Virtex II Pro FPGA with integrated PowerPC processor. The PowerPC core serves to execute the software application, while the FPGA cooperates with it. This cooperation provides a meaningful acceleration and reduces the processor load, thus making the FPGA hardware the main part of the platform. Another advantage of this technique is the opportunity to reconfigure the FPGA hardware as needed We discuss how a real-time video processing can be run using this platform. Afterwards, the results achieved are compared with a those obtained from a software based solution only.
机译:如今,实时视频处理变得越来越重要。因此,用于这些目的的系统需要强大的数据计算,以便具有短响应时间。对于这些系统的另一个属性是具有多功能性的,或者提供可根据需求重新配置的机会。共同设计是一种涉及软件和硬件处理的技术,以实现这些目标。本文的目标是讨论使用集成PowerPC处理器的Xilinx Virtex II Pro FPGA中共设计的实施。 PowerPC核心用于执行软件应用程序,而FPGA与其合作。这种合作提供了有意义的加速并减少了处理器负载,从而使FPGA硬件成为平台的主要部分。此技术的另一个优点是根据需要重新配置FPGA硬件的机会我们讨论如何使用该平台运行实时视频处理。之后,将实现的结果与仅由基于软件的解决方案获得的结果进行比较。

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