High-Level Synthesis System Autogenerating Software Compatible Hardware

我们已经开发了新的方法来合成硬件，从指定部分的ANSI-C程序，可以从其他部分的程序作为加速器调用。我们实现了一个高层次的合成器的原型，并验证了FPGA板上生成的硬件的行为。我们还开发了一种新的概念变量调度，它使有效的自适应执行下存在的操作，其延迟取决于操作数或硬件状态的值。

We have developed new methods of synthesizing hardware, from specified parts of ANSI-C programs, which can be called from the other parts of the programs as accelerators. We implemented a prototype of a high-level synthesizer and verified the behavior of the generated hardware on FPGA boards. We have also developed a novel concept of variable scheduling, which enables efficient adaptive execution under the existence of operations whose latencies vary depending on the values of operands or hardware status.