Development of Hybrid Safety Systems for Next-Generation PWR.

Safety-Critical Systems: The Next Generation

Combustion Analysis Techniques for Development of Next-generation Engine Systems

Yoshihiro Sukegawa Kazuhiro Oryoji Eiji Ishii, Dr. Eng. OVERVIEW: Improving the fuel economy and emissions of vehicle engines requires a detailed understanding of the various physical processes taking place inside the engine so as to identify optimal combustion control techniques and engine component designs. Based on numerical techniques established by its power plant business for the analysis...

A foundation for interoperability in next-generation product development systems

Class DRP_Object{namestring# (UNIQUE, NOT NULL)information[Information]# (NOT NULL)references{[Reference]}is_referenced_by{[Reference]}is_member_of{[Set_Relationship]}is_special_member_of{[Directed_Set_Relationship]}} Abstract Class Restricted_DRP_Object # (inherits from DRP_Object){name(I)information(I)cons...

Software Development Support for Next-Generation Distributed Embedded Systems

Current trends in distributed computing systems indicate that they are expanding from enterprise computing to sensor-rich smart spaces and ubiquitous computing environments. These environments may consist of various types of context-aware embedded and handheld devices, possibly integrated with physical environments and transparently connected to each other through mobile ad hoc networks. Such e...

Towards next Generation Provenance Systems for E-science towards next Generation Provenance Systems for E-science

e-Science helps scientists to automate scientific discovery processes and experiments, and promote collaboration across organizational boundaries and disciplines. These experiments involve data discovery, knowledge discovery, integration, linking, and analysis through different software tools and activities. Scientific workflow is one technique through which such activities and processes can be...