该文介绍了自动并行编译技术的最新进展，并提出了进一步的研究所要解决的问题。
In this paper, the new development of automatic parallel compilation technique and the challenges of future research are presented.
作者已应用该技术编写出一个面向C语言的并行语言编译器前端，验证了该技术是可行的和高效的。
With this technology, have finished a front-end compiler of C -oriented parallel language, and this practice have proved the technology feasible and highly effective.
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.
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.
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.
本技术的两个主要特征是：一是编译支持的基于块的硬件并行调度器，能减少线程负荷和线程池的软件调度开销，主从结构设计使处理单元间的协作通信更有效；
The two main features are:First, design and implement a block-based hardware(?) scheduler to reduce the overhead of threads, and to get a faster communication between processing units;
本技术的两个主要特征是：一是编译支持的基于块的硬件并行调度器，能减少线程负荷和线程池的软件调度开销，主从结构设计使处理单元间的协作通信更有效；
The two main features are:First, design and implement a block-based hardware(?) scheduler to reduce the overhead of threads, and to get a faster communication between processing units;
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