Based on the grid middleware used by scientific computing grid, the GRM was implemented.
以科学计算网格的中间件为基础，实现了GRM。
According to the characteristics of high-performance computation and computational grid, a grid Re-development Model (GRM) was proposed.
根据高性能计算和网格的特点，提出一种网格二次开发模型(GRM)。
According to MSAF, V GRM and the palindrome rule, We designed a tail segment searching filtration method, predicting gene regulation relationships of eukaryotes.
根据母子相亲机制和V形调控模型，以及回文规则，我们设计出了一种尾随片段搜索筛选法，预测真核生物基因的互控关系。
According to MSAF, V GRM and the palindrome rule, We designed a tail segment searching filtration method, predicting gene regulation relationships of eukaryotes.
根据母子相亲机制和V形调控模型，以及回文规则，我们设计出了一种尾随片段搜索筛选法，预测真核生物基因的互控关系。
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