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.
谓词的引入给传统编译优化技术带来了新的问题，如果不能准确分析谓词关系，编译优化只能获得保守的结果。
Predicated execution also brings new challenges to traditional compilers. They can only get conservative optimizations without precise predicate relation analysis.
其他节省带宽的技术包括：加速页面加载的缓存技术、优化解析文本格式的XML文件的时间，以及将XML文件编译成二进制文件(不可读的)。
Other techniques to conserve bandwidths include: caching techniques to speed up page loads, optimizing time to parse text-formatted XML files, and compiling XML files as a binary file (unreadable).
自动优化是使用最广泛的技术，因为这种优化常常由编译器执行。
Automated optimization is the most widely used technique, as this type of optimization is often performed by the compiler. The most common techniques are.
指令调度是编译优化过程中的重要技术。
Instruction scheduling is a very important technology during the procedure of compiler optimization.
这个假定，虽然对编译器最优化使用的各种静态分析来说是安全的，但是由于增加了时间和空间的代价，会致反病毒技术于不利处境。
This assumption, though safe for various static analyses for compiler optimizations, could spell doom for an anti-virus technology by increasing the time and space costs of the analyses.
该技术可以提高量子网络的并行性，可以用于量子计算程序的编译优化。
This technique can improve the parallelism in quantum network and use for the compiler of quantum program.
动态翻译及优化技术已经成为现代编译技术研究的热点之一。
The research in dynamic binary translation and optimization has been one of hot spots in compiler technology.
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.
投机优化技术作为一种先进的现代编译技术，有效地提高了指令执行的并行性。
Speculation is a very effective way to improve instruction level parallelism as an advance compiler optimization technique.
本文从一个特定优化出发——把反馈编译应用于流水计算的性能调优，探索了适应性优化的技术可行性问题。
We select how to optimize pipeline computations based on feedback directed framework and talk about the feasibility of adaptive optimization.
反馈式数据预取优化技术是当前高性能计算技术中前沿的一种编译优化手段，可以很好地解决链式结构的预取问题。
Feedback directed data prefetching optimization has become one of the advanced compiler optimization techniques. it can do well in linked data prefetching.
反馈式数据预取优化技术是当前高性能计算技术中前沿的一种编译优化手段，可以很好地解决链式结构的预取问题。
Feedback directed data prefetching optimization has become one of the advanced compiler optimization techniques. it can do well in linked data prefetching.
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