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Writing Portable Applications that Dynamically Bind at Run Time to Reconfigurable Hardware

机译:编写在运行时动态绑定的便携式应用程序以重新配置硬件

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Powerful multicomputer platforms that combine FP-GAs and programmable processors promise tremen- dous performance benefits for applications that take advantage of these rapidly emerging architectures. Portable applications are desirable because they can be easily adapted to take advantage of different re- configurable computing platforms. Traditional prac- tices, however, intertwine application code with hard- ware specific code such that porting entails a signifi- cant rewrite of the application and reuse is difficult. Vforce, based on the VSIPL++ standard, is an exten- sible framework we created that allows the same appli- cation code to run on different reconfigurable comput- ing platforms. Vforce offers application-level porta- bility, framework-level extensibility to new hardware, and system-level run time resource management. In particular, Vforce supports very late binding of the application to a specific hardware platform such that binding does not occur until run time. This paper de- scribes Vforce with a focus on late run time binding to a specific hardware platform. Results using Vforce to implement an FFT and a time domain adaptive beam- former are presented.
机译:FP-Gas和可编程处理器结合的功能强大的多台式平台承诺为利用这些快速新兴架构的应用程序提供稳定的性能优势。便携式应用是可取的,因为它们可以很容易地利用不同的可重新配置计算平台。然而,传统的公正,具有硬件特定代码的交织应用程序代码,使得移植需要重写应用程序和重用是困难的。基于VSIPL ++标准的VIFRCE是我们创建的一个扩展框架,它允许在不同的可重新配置计算机上运行相同的应用程序。 VIForce提供应用程序级的Porta,框架级可扩展性,以及新硬件以及系统级运行时资源管理。特别地,VIForce支持对特定硬件平台的应用程序的非常迟到的绑定,使得直到运行时不会发生绑定。本文将员工视为员工,重点关注后期运行时绑定到特定的硬件平台。呈现了使用vForce实现FFT和时域自适应光束的结果。

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