Optimizing the combination of low-power manoeuvring and high power operation is accomplished in many naval applications by using a combined diesel or gas turbine propulsion system (CODOG).
The work in this paper focuses on providing malleability to MPI applications by using a novel performance-aware dynamic reconfiguration technique.
The purpose of this study is to computationally design a wide-angle cermet-based solar selective absorber for high temperature applications by using a characteristic matrix method and a genetic algorithm.
The objective of this study was to assess the risk arising from a reduction in pesticide applications by using a combination of alternative techniques for the management of pests and diseases in winter lettuce crops.
Furthermore, we examine the radiation tolerance for space applications by using a 90 MeV proton beam, confirming that the ASIC is free of single-event effects and can operate properly without serious degradation in analog and digital processing.
Here we show how to simplify the development and integration process of such M&S applications by using a new architecture for web services Mashups, namely the Mashup Architecture for Modeling and Simulation (MAMS).
The aim of this paper is double: (1) present the procedure that is employed for the development of new applications, by using a pilot-plant installation, designed and built by the authors; (2) illustrate the usefulness of electrostatic separation as a complement to mechanical techniques employed for industrial waste processing.
Developers can apply this instantiation of the model to both new and existing applications by using a simple and flexible aspect-oriented programming model.
Our goal is to create a fault-tolerant VC platform that supports complex applications, by using a distributed model which improves performance and reduces the burden on the server.
