本文介绍了在WINCC 7.0组态环境中,基于SQL SERVER 2005数据库和VBS编程语言实现WINCC 7.0复杂报表在高级应用中的操作方法,结合SQL SERVER 2005数据库和VBS语言阐述了数据归档、数据查询、数据导出、数据编辑的过程。按功能将报表结构...本文介绍了在WINCC 7.0组态环境中,基于SQL SERVER 2005数据库和VBS编程语言实现WINCC 7.0复杂报表在高级应用中的操作方法,结合SQL SERVER 2005数据库和VBS语言阐述了数据归档、数据查询、数据导出、数据编辑的过程。按功能将报表结构划分为四个模块,分别为数据归档、数据查询、数据显示、数据打印。介绍了四个模块的设计编程思路方法,从而有效解决了在WINCC 7.0画面组态时难以实现复杂报表的难题。展开更多
A parallel algorithm of circulation numerical model based on message passing interface（MPI） is developed using serialization and an irregular rectangle decomposition scheme. Neighboring point exchange strategy（NPES...A parallel algorithm of circulation numerical model based on message passing interface（MPI） is developed using serialization and an irregular rectangle decomposition scheme. Neighboring point exchange strategy（NPES） is adopted to further enhance the computational efficiency. Two experiments are conducted on HP C7000 Blade System, the numerical results show that the parallel version with NPES（PVN） produces higher efficiency than the original parallel version（PV）. The PVN achieves parallel efficiency in excess of 0.9 in the second experiment when the number of processors increases to 100, while the efficiency of PV decreases to 0.39 rapidly. The PVN of ocean circulation model is used in a fine-resolution regional simulation, which produces better results. The capability of universal implementation of this algorithm makes it applicable in many other ocean models potentially.展开更多
文摘本文介绍了在WINCC 7.0组态环境中,基于SQL SERVER 2005数据库和VBS编程语言实现WINCC 7.0复杂报表在高级应用中的操作方法,结合SQL SERVER 2005数据库和VBS语言阐述了数据归档、数据查询、数据导出、数据编辑的过程。按功能将报表结构划分为四个模块,分别为数据归档、数据查询、数据显示、数据打印。介绍了四个模块的设计编程思路方法,从而有效解决了在WINCC 7.0画面组态时难以实现复杂报表的难题。
基金The National High Technology Research and Development Program(863 Program)of China under contract No.2013AA09A505
文摘A parallel algorithm of circulation numerical model based on message passing interface（MPI） is developed using serialization and an irregular rectangle decomposition scheme. Neighboring point exchange strategy（NPES） is adopted to further enhance the computational efficiency. Two experiments are conducted on HP C7000 Blade System, the numerical results show that the parallel version with NPES（PVN） produces higher efficiency than the original parallel version（PV）. The PVN achieves parallel efficiency in excess of 0.9 in the second experiment when the number of processors increases to 100, while the efficiency of PV decreases to 0.39 rapidly. The PVN of ocean circulation model is used in a fine-resolution regional simulation, which produces better results. The capability of universal implementation of this algorithm makes it applicable in many other ocean models potentially.
