Flexibility of manufacturing systems is an essential factor in maintaining the competitiveness industrial production. can be defined several ways and according to factors, but order obtain adequate results implementing a flexible system able compete on market, high level autonomy (free human intervention) must achieved. There are many factors that disturb production process reduce system, because need intervention overcome these disturbances. One tool wear. The aim this paper present...

An unbalanced propeller can affect a quadcopter’s performance due to vibration, also decreasing its thrust’s yield. Analyses were conducted determine the correlation between vibration in dynamic movement of balanced and an imbalanced using laser vibrometer (portable digital vibrometer) PDV-100, rotational speed as well propeller’s maximum avoid over-vibration. The analysis was on carbon fiber 2-blade by comparing results tests with blade contour. response has been analyzed at three points,...

Production systems must be flexible and endowed with techniques tools allowing an automatic recovery of errors. And so, the subject error in manufacturing system is always open issue. The objective this work consists proposing a new type software framework for troubleshooting that perceived as Intelligent Space (iSpace). Our designed to solve failures functioning FMS generate self-training from previous experience.

This paper introduces a new type of software framework for error troubleshooting in flexible manufacturing systems using frame marker device. Our system meant to resolve the failures originated from human-machine interface and generate self-training previous experience.

The main objective of this paper is to investigate how a failure in the functioning normal electrical system represented by three-phase asynchronous motor will modify voltages and currents present if it possible design that able automatically detect fault, based on use modern data acquisition powerful computer processing capabilities. detection faulty signals realised using Feedforward Artificial Neural Networks.

Abstract The University of Oradea is working on developing a research base in material sciences with capabilities vacuum deposition. laboratory will be equipped two deposition system along other equipment, mainly an atomic force microscope and Nano indenter for characterization. This paper presents the continuity our efforts to install systems that part SMARTMAT Laboratory at Oradea. As steps were made cleaning we now focus obtaining high vacuum. In this process, constant monitoring solution...

Target tracking is a key component of control systems with applications in various domains. Several examples commercial may be given, which benefit from this technology: the development car collision avoidance must detect and track potential obstacles hazards, or UAVs that can record evolution athletes. For purpose our research, technology was developed tested as part less complex application. The current work describes simple yet practical implementation vision-based for mobile robot...

Adapting traditional teaching techniques and adding the benefits of new technologies has been aim our ODL Department from beginning. Our experience with distance learning students different backgrounds environments helped us in developing innovative used both eLearning blended classes. Since 1999, Open Distance Learning University Bucharest educated over 6.000 students. system offered opportunity for all people to study - bachelor degree, masteral post graduated programs were created meet...

In this paper, we present different papers discussing soft computing methods applied in development, optimization and control of intelligent building systems. We the approaches used, their advantages solving problems, analyze modelling human behavior order to implement energy saving solutions besides accounting for user comfort.

The paper aims to present the architecture of UO-IMT flexible manufacturing cell control application.

In this paper is presented a possible method for controlling robot, in particular case SCARA robot by using capacitive 3D hand positioning system. This system makes the control of and virtual reality prototype with application augmented systems.

Many vibration signals of tram rails due to movement are non-stationary and have highly complex time-frequency characteristics. The signal a rotating wheel involves condition monitoring fault diagnosis. analysis methods able extract useful information from data. In this paper, we were correlate non-linear independent acquired using acceleromets at different spots across the city rail noise model effect identify frequency characteristics by characterizing spectral content parametric...

The paper aims to present the components and structure of TMA 550 AL flexible manufacturing cell whit goal highlight role place each component widen also realise matricial model emphasizing relations between various cell.