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In this work, the application of Electronic Speckle Pattern Interferometry (ESPI) is employed for inspecting composite materials subject to thermal load. The composite samples are of interest in the aerospace industry. Through realtime surface illumination by visible laser (i.e. 532 nm), the ESPI technique allows the non-contact, non-destructive, full frame and real time detection of micro-deformations,...
In this work we presented a forecaster software of profile of loads in power electric systems built with algorithms based on the paraconsistent annotated logic. The paraconsistent logic belongs to the family of no-classic logics and its main characteristic is the admission of the contradiction in their foundation. The forecaster of loads, which we named of "paraforecaster PAL2v", uses originated...
Para-consistent Logic is a non-classic logic whose foundations allow for the contradictions treatment without invalidating the conclusions. Several researches have been demonstrating that through algorithms named PANs - Paraconsistent Analysis Nodes is possible to establish equations determined through signals representing restrictions, risks and configurations of electric power systems networks....
Draper Laboratory and AeroVironment, Inc. of Monrovia, CA are implementing a system to demonstrate target geolocation from a Raven-B unmanned aircraft system (UAS) as part of the U.S. Army Natick Soldier Research, Development & Engineering Center's Small UAS (SUAS) Advanced Concept Technology Demonstration (ACTD). The system is based on feature tracking, line-of-sight calculation, and Kalman filtering...
This study compares the experimental results of absorption and refractive index of a probe laser measured in a strongly driven two-level atom with the results measured in a degenerate two-level system using pump-probe spectroscopy. This work demonstrates the possibility of realization an anomalous dispersive transparent medium using the strongly driven 4s21S0 - 4s4p 1P1 Ca transition. Absorption...
In this paper we present paraconsistent logic application at electric power system contingency analysis with risks identification. Para-consistent Logic is a non-classic logic whose foundations allow for the treatment of contradictions without invalidating the conclusions through algorithms named PANs - para-consistent analysis nodes. In the equations of the PANs are calculated signals representing...
In this paper we have presented an expert system built with paraconsistent artificial neural network (PANN) applied to an electrical power transmission system operation support in real time. The paraconsistent expert system, PES, is capable of offering a diagnosis and proposition of the optimal restorative strategy to the electrical power transmission system after a contingency. This paraconsistent...
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