The identification of key parameters governing reservoir performance is a significant step towards realistic production forecasting. To identify such key parameters, one classical method consists in performing dynamic simulations covering a wide range of reservoir models. In stratigraphically complex reservoirs such as deepwater turbidites, conducting such dynamic simulations and the analysis o...

An easy-to-use modeling environment for numerical geothermal reservoir has been developed for TOUGH2 simulator. It consists of pre-processors to prepare text-based input data, post-processors to visualize simulation result, and databases to store observations and information related to wells. These software have interactive graphical user interfaces for easy operation to develop numerical geoth...

The emergence of service-oriented architecture (SOA) has brought about a loosely coupled computing environment that enables flexible integration and reuse of heterogeneous systems. On building a SOA for application systems, more and more research has been focused on service composition, in which workflow and simulation techniques have shown great potential. Simulation of services’ interaction i...

Interventions that focus on improving computerized clinical decision support (CDS) demonstrate that successful workflow integration can increase the adoption and use of CDS. However, metrics for assessing workflow integration in clinical settings are not well established. The goal of this study was to develop and validate a survey to assess the extent to which CDS is integrated into workflow. Q...

A new approach to workflow process (re)design is the use of Product Based Workflow Design (PBWD) theory. This theory takes the workflow product as the central concept (instead of the workflow process) and provides a product data model of the structure of information processing in the workflow process. In this paper we introduce a prototype for applying PBWD constructed using CPN Tools. The goal...

It is possible to utilize cloud computing to address the problems of resource extendibility and flexibility for managing large scale workflow applications. Therefore, the investigation of workflow systems based on cloud computing, namely cloud workflow systems is a timely issue and worthwhile for increasing efforts. The technology and application of workflow in cloud computing environment also ...