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Low-cost meteorological platform based on zigbee technology

Computer- assisted analysis for e-portfolio learning strategy

Smart home control by voice using neural networks

Application software as global marketing strategy

Methodology used in the design and construction of a computer numerical control machine

Exergy analysis for a furnace in the production of panela

Reflection on the requirements specification in a university context

Digital social networks: an approach to risk management information systems

Analysis of the current system of a clay block dryer and an improvement proposal

Algorithms and systems based on patterns of stem cell and artificial cloning for automation and control in an assembly operation in metalworking processes

Development of a software to apply zoometria in bovine cattle

Design and simulation of a prototype of machine for signaling of ways, automated through a mechanical system

Modelation of modal election for urban public transport based on the introduction of a new mode

Evaluation of resistance to flexion in glazed ceramic tile in terms of ice and thaw cycles

A look at the onto- epistemic fundamentals of the career of system engineering as a basis for rethinking the social impact in times of changing

Structural analysis of a pressing machine for production of solid brick for small craft industries of ceramic materials in Ocaña, Norte de Santander, and in the region

Identification of vegetable coverages from satellite images over the middle and lower basin of the Catatumbo river

Aplication of lattice boltzmann equation method to the bidimensional simulation of typical fluids mechanic problem

The historical references of professional. development case study of teachers teaching in the basic primary education in Colombia

Critical thinking of students using facebook like new technology learning

Resumen

 

A GENERIC AND MODULAR MODEL TO DEVELOP
VIRTUAL LABORATORIES OVER INTERNET
F. VON BORSTEL J. L. GORDILLO B. PONCE.

 

Resumen: Until now, Virtual Laboratories have been implemented following empirical considerations and needs. Instead, we propose a modular and generic model to lead the Virtual Laboratories development. A complementary method to transform experimental applications to Virtual Laboratories is also proposed. The method starts with the experiment analysis recognizing inherent procedures to be distributed and encapsulated into model elements. Then a telecommunication platform is selected to interrelate the separated procedures. The complete layout is implemented and evaluated. The method loops into an implementation evaluation cycle for debugging.

In this stage improvements and complementary systems can be added. An existing application on mobile robotics served as testbed to validate our approach. The implemented Virtual Laboratory was executed under hard conditions, e.g. allowing long distance interaction in an overloaded network, reporting successful results.

Palabras Clave: Computer Vision, Distance Learning, Robotics, Teleoperation, Virtual Laboratory.