VIRTUAL-LAB 2004:
Setúbal,
Portugal
Paul Nicolae Borza, Luís Gomes, Gheorghe Scutaru (Eds.):
e-learning and Virtual and Remote Laboratories, Proceedings of the 1st International Workshop on e-learning and Virtual and Remote Laboratories, VIRTUAL-LAB 2004, In conjunction with ICINCO 2004, Setúbal, Portugal, August 2004.
INSTICC Press 2004, ISBN 972-8865-14-7 
Invited Speakers
- Carlos Gomes:
Distance Learning Remote Laboratories Using LabVIEW.
- M. Caramihai, Irina Severin:
E-Learning & Vocational Training within Leonardo da Vinci projects: The Romanian Case Study.
Papers
- Leandro Soares Indrusiak, Manfred Glesner, Ricardo Augusto da Luz Reis:
Lookup-based Remote Laboratory for FPGA Digital Design Prototyping.
3-11
- Gheorghe Scutaru, Leão Rodrigues, Paul Raes, Dan Sorea:
Didactical Software Tools on Electrical Circuits and Electrical Machines, Produced in the Frame of the Leonardo Da Vinci Pilot Project "Virtual-Electro-Lab".
12-19
- Angel Salaverría, Jacinto Gonzalez Dacosta, Luis F. Ferreira, Enrique Mandado:
Analog Electronics Basic Simulator and Virtual Laboratory.
20-27
- Rui Delgado, Gustavo Santos, Carlos Cardeira, João Rogério Caldas Pinto, Rui Loureiro, Otto Leichsenring:
Remote Laboratory for Industrial Automation.
28-37
- Sorin Moraru, Ionut Diaconu, Adrian Pelcz, Silviu Leahu:
The Database and Architecture of Virtual and Remote Laboratories - Implementations in the Virtual Electro Lab Project.
38-43
- Florin Sandu, Gheorghe Scutaru, Ioan Emilian Cucerzan, Daniel Iolu:
Virtual Remote Measurement of Controlled Sources.
44-51
- Wolfgang Burgstaller, Olga Plaxina, Kirill Seleznev:
Remote Control and Reconfiguration of Laboratories for Education and Training.
52-59
- Paul Nicolae Borza, Gheorghe Scutaru, Luís Gomes, Anikó Costa, Lazar Laszlo:
Implementation of a remote and virtual laboratory in the field of home appliance systems.
60-68
- Adrian Pelcz, Francisc Sisak, Sorin Moraru, Silviu Leahu, Ionut Diaconu:
Remote Experiments Using Java - Implementations in the Virtual Electro Lab Project.
69-78
- María Dolores Valdés, María José Moure, Camilo Quintáns, Bruno Perez, Enrique Mandado:
A FPGA Learning System combining Hardware and Software Tools.
79-88
- Luís Gomes, Anikó Costa:
Embedded Systems Introductory Course supported by remote experiments.
89-98
- Daniel Courivaud:
A Remote RF Laboratory in Electrical Engineering Education.
99-110
- Vello Kukk:
Analysis of Experience: Fully Web Based Introductory Course in Electrical Engineering.
111-118
- A. Duta, I. Visa, E. B. Fazakas, Gheorghe Scutaru:
eLearning Tool for Adults Training on Renewable Energy Systems Developed in the Leonardo Da Vinci Project RES&EM ICT Tools.
119-127
- Carlos Pais, V. Fernão Pires, Rui Amaral, João Martins, Carlos Luz, O. P. Dias:
EDBI - An E-Learning Based Project to Improve Engineering Teaching.
128-136
- Silviu Leahu, Sorin Moraru, Adrian Pelcz, Liviu Perniu:
Security Aspects in Virtual and Remote Laboratories - Implementations in the Virtual Electro Lab project.
137-143
- Aldo Balestrino, Antonio Bicchi, Andrea Caiti, Torquato Cecchini, Lucia Pallottino, Andrea Pisani, Giovanni Tonietti:
A Robotic Set-Up With Remote Access For "Pick and Place" Operations Under Uncertainty Conditions.
144-149
- Andreas Rasche, Bernhard Rabe, Peter Tröger, Andreas Polze:
Distributed Control Lab.
150-159
- Paulo Almeida, Fernando Coito, Luís Palma:
An Environment for Remote Control.
160-166
Copyright © Tue Feb 9 19:38:15 2010
by Michael Ley (ley@uni-trier.de)
