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This paper presents the design and implementation of BORPHpsilas kernel file system layer that provides FPGA processes direct access to the general file system. Using a semantics resembling that of conventional UNIX file I/Os, an FPGA accesses the file system through a special hardware system call interface. By extending the semantics of a UNIX pipe, a single file system access mechanism is used for...
This paper presents the design of BORPH's file system layer for FPGA-based reconfigurable computers. BORPH provides user FPGA designs that execute as hardware processes access to the general file system using familiar UNIX file I/O semantics. Such capability provides FPGA designers an intuitive interface not only for regular file I/O, but also for representing streaming hardware/software and hardware/hardware...
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