dynamic and static analyses 动态静力分析
software quality static analyses 软件质量静态分析
collective structural static analyses 总体结构静力分析
static character analyses 静态性能分析
robot static force analyses 多足步行静力学
static push over analyses 静力弹塑性分析
static push-over analyses 静力弹塑性分析
static and dynamic analyses 静力和动力分析
economic static benefit prediction analyses 经济静态效益预测分析
The formal analyses may be classified into two categories: static analyses and dynamic analyses.
形式分析可以分为两类:静态分析和动态分析。
The cla ic compiler optimizatio, such as dead co de elimination, co tant folding, co tant propagation, elimination of partial redundancies, loop unrolling, etc. , are static analyses.
典型的编译器最优化,如死代码消除、常数合并、常数传送、部分冗余的消除、循环展开等等,是静态分析。
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.
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。
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