A technique for predicting performance of explosive fragmentation munitions presented in this work is based on integrating three-dimensional axisymmetric hydrocode analyses with analyses from a newly developed fragmentation computer code PAFRAG.
In this work, we thus offer a technique for controlled performance-driven model reduction of GSPNs, using structural simplification rules, namely foldings.
Finally, the obtained output is equated with a standard technique for performance improvement of the DFIG based wind energy conversion system.
Since a larger sample is more representative of the population, it is advantageous to design the classifier with all the available cases, and to use a resampling technique for performance prediction.
In the framework of the goal adaptation concept, and with the aim to provide additional desirable properties of the closed-loop system, a new technique for performance forming in model reference adaptive control of uncertain linear state delayed plants is proposed.
Data envelopment analysis (DEA) is a technique for measuring the performance of peer decision making units (DMUs) that have multiple performance metrics.
Shannon illustrated a technique for improving the performance of codes at the cost of complicating the encoding and decoding.
This paper presents a technique for optimizing the performance of web based multimodal interactive simulations.
Architectural customization is a technique for improving the performance and energy efficiency of embedded processors.
In this context we defined and implemented a technique for automatically evaluating performance aspects of UML software architectures.
A detailed analysis of the redundancy problem is given and a technique for improving the performance of bidirectional tabular parsers, whilst maintaining the flexibility of bidirectional strategies, is described.
