Traditional parallelized compiler techniques use node splitting to make irreducible loops reducible, but will make code duplicate inevitably.
传统的并行编译器在处理非可规约循环时一般使用结点分割法，但由此带来的代码复制是不可避免的。
In most cases these tools are based on standard software compiler techniques, which are not well suited for the peculiar architecture of DSP processors.
因为很多这些工具都是基于一些标准的编译技术，而对于特定的DSP处理器的结构都不是很适合的。
Then studies compiler techniques, in view of the characteristics of NC code, describes a grammar of the NC code, and designs the overall structure of the NC code compiler.
研究了编译技术，针对NC代码的特点，对NC代码进行了文法描述，并设计了NC代码编译器的总体结构。
Some latest defense techniques such as the prevention of using stack, and using safety C to support and compiler techniques are discussed. Some specific program codes are given as examples.
对“禁用栈执行、使用安全C库支持、编译器技术”当前最新的几种防御技术进行了讨论，并给出了部分具体的实例程序源代码。
This article covers a somewhat more advanced topic: features and techniques for putting better error-handling capabilities into your compiler or interpreter.
本文介绍了更高级的一些主题：用来在编译器和解释器中更好地实现错误处理能力的特性和技术。
The bytecode enhancer USES classworking techniques to modify the class files generated by the JDK 5.0 compiler, making these classes usable with older JVMs.
字节码增强器使用classworking技术来修改由JD k 5.0编译器生成的类文件，使得这些类可以用于旧版J VM。
Automated optimization is the most widely used technique, as this type of optimization is often performed by the compiler. The most common techniques are.
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。
This uses the compiler flags -O, -O2, -O3, where each level of optimization applies higher levels of optimization techniques to squeeze more and more performance.
这使用编译器标志-O、-O2、-O3（优化级别依次增高）来进一步挖掘性能潜力。
This paper explores into incremental compilation techniques based on TTCN-3, and elaborates the design and implementation of incremental compiler combining with TTCN-3 characteristic.
本文深入探讨了基于TTCN - 3语言的增量编译技术，并结合TTCN - 3语言的特点，详细阐述了增量编译器的设计与实现。
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。
Register allocation is one of the most important optimization techniques in optimizing compiler.
分配是优化编译器中最重要的优化手段之一。
Register allocation is one of the most important optimization techniques in optimizing compiler.
分配是优化编译器中最重要的优化手段之一。
应用推荐