Grid computing is a resulting mode based on the Grid frame. It organizes the distributed computing resources together to resolve the complicated problems of scientific and engineering computing.
网格计算是基于网格结构的问题求解模式，它将网络上分布的计算机资源组织起来协同解决复杂的科学与工程计算问题。
XL Fortran for AIX: For AIX systems, the compiler of choice for the scientific and engineering communities to support extensive numerical, scientific and high-performance computing.
XLFortran forAIX：面向 AIX系统的科学技术和工程领域编译器的最佳选择，支持广泛的数学、科学及高性能计算。
XL Fortran for Linux: for Linux distributions, the compiler of choice for the scientific and engineering communities to support extensive numerical, scientific and high-performance computing.
XLFortran forLinux：面向Linux系统的科学技术和工程领域编译器的最佳选择，支持广泛的数学、科学及高性能计算。
Complex scientific and engineering problems require so much computing power that they cannot be tackled by conventional computers.
一些复杂的科学和工程问题，需要相当高的运算能力，这些不是传统的计算机所能胜任的。
Data-intensive scientific and engineering applications often require the efficient transfer of terabytes or even petabytes of data in wide-area, distributed computing environments.
数据密集型的科学与工程应用(如计算力学数值模拟、气象预测)需要在广域、分布式的计算环境中快速安全的传输海量的数据。
Parallel distributed computing (PDC) has become an extremely effective way to solve many problems in the large-scale scientific computing and engineering field.
并行分布计算已经成为一种解决许多大型科学和工程问题的十分有效的方式。
Therefore it is difficult to solve practical complex engineering and scientific problems using BEM, especially in the PC computing environment widely applied in our country.
特别是在我国通常采用微机的硬件条件下，用边界元法求解比较复杂的工程与科学问题遇到很大的困难。
Therefore it is difficult to solve practical complex engineering and scientific problems using BEM, especially in the PC computing environment widely applied in our country.
特别是在我国通常采用微机的硬件条件下，用边界元法求解比较复杂的工程与科学问题遇到很大的困难。
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