1) computation slicing
计算切片
1.
Especially,slicing technique is gaining increasing importance in engineering and academic research filed with the emergence of non-classical slicing techniques:computation slicing and proof slicing which are inspired by classical program slicing.
特别是从本世纪初,随着非经典切片:计算切片和证明切片两个新兴研究方向的出现,其学术研究和工程价值越发突出。
2.
timing diagrams and predication detection method with non-classical computation slicing optimization technique for synchronization.
该文提出一种改进的抽象时序图与基于计算切片优化技术的谓词检测方法相结合的同步验证技术。
2) COSM
计算光学切片
1.
An improved nearest neighbor subtraction algorithm was presented and applied in the Computational Optical Section Microscopy (COSM).
本文针对计算光学切片中的最近邻算法提出了一种改进算法。
3) finite element stripwise calculation
有限元切片计算
4) computational optical sectioning microscopy(COSM)
计算光学切片显微术(COSM)
5) Computational Optical Sectioning Microscopy (COSM)
计算光学切片显微成像
6) computational optical sectioning microscopy
计算光学切片显微术
1.
In order to recover image, the laser scanning confocal microscopy (LSCM) or computational optical sectioning microscopy (COSM) can be used.
为了消除离焦模糊，可以采取激光扫描共焦显微术(LSCM)或者计算光学切片显微术(COSM)两种方式。
补充资料：洪水调节计算(见水库调洪计算)
洪水调节计算(见水库调洪计算)
hongshui tiaojie洪水调节计算J ISUan 见水库调洪计算。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条