软件流水和循环展开是开发循环并行性的两种重要编译优化技术。
Software pipelining and loop unroll are two kinds of important optimized compile technique to develop loop parallelism.
软件流水是一种循环程序的优化技术，已经广泛应用于现代优化编译器中。
Software pipelining is a loop optimization technique that has been widely implemented in modern optimizing compilers.
然后叙述采用两级软件流水的VLIW优化编译器；
Then a VLIW optimizing compiler adopting two-level software pipelining is described.
为了减轻存储系统影响，软件流水结合了一些存储优化技术，通过隐藏存储延迟来提高性能。
Software pipelining has been combined with several memory optimization technologies for higher performance by hiding memory access latency.
提出了一种反流水技术，它能够将软件流水后的优化汇编代码反向转换成语义等价的相应代码。
In this paper we propose a de-pipelining algorithm which converts the optimized assembly code of a software-pipelined loop back to a semantically equivalent sequential counterpart.
提出了一种反流水技术，它能够将软件流水后的优化汇编代码反向转换成语义等价的相应代码。
In this paper we propose a de-pipelining algorithm which converts the optimized assembly code of a software-pipelined loop back to a semantically equivalent sequential counterpart.
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