eDSPlab: A remote-accessed instrumentation laboratory for digital signal processors training based on the Internet
S. Gallardo, Federico Barrero, S. L. Toral, Mario J. Durán
Abstract
S. Gallardo, Federico Barrero, S. L. Toral, Mario J. Durán
Abstract
This paper presents a new model for using real instrumentation laboratories for digital signal processors (DSP) training on the Internet employing a virtual environment based on Labview. Remote instrumentation interest has been growing immensely as a result of the telecommunication network development and middleware technologies, specially remote signal processing instrumentation/systems used in both industrial and educational approaches. In engineering education, a key activity to be improved is the learning process in digital signal processing instrumentation. Industrial development also demands network distributed and remote applications for on-line control and off-presence monitoring. A remote-accessed instrumentation laboratory is proposed in this approach versus simulation and software-based tools. The virtual on-line laboratory has been developed and validated in the field of electronic digital measurement processing and the effectiveness of the approach is experimentally verified locally and remotely. The prototype has been successfully implemented during the last course 2004/2005 at the Electronic Engineering Department of the University of Seville, Spain
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This paper presents a new model for using real instrumentation laboratories for digital signal processors (DSP) training on the Internet employing a virtual environment based on Labview. Remote instrumentation interest has been growing immensely as a result of the telecommunication network development and middleware technologies, specially remote signal processing instrumentation/systems used in both industrial and educational approaches. In engineering education, a key activity to be improved is the learning process in digital signal processing instrumentation. Industrial development also demands network distributed and remote applications for on-line control and off-presence monitoring. A remote-accessed instrumentation laboratory is proposed in this approach versus simulation and software-based tools. The virtual on-line laboratory has been developed and validated in the field of electronic digital measurement processing and the effectiveness of the approach is experimentally verified locally and remotely. The prototype has been successfully implemented during the last course 2004/2005 at the Electronic Engineering Department of the University of Seville, Spain
Key concepts: Instrumentation (computer programming), Virtual instrumentation, Digital signal processing, The Internet, Middleware (distributed applications), Computer science, Embedded system, Process (computing)