Antonio Carpeno

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The creation of the European Higher Education Area (EHEA) is promoting a change toward a new model of education focused on the student. It is impelling methodological innovation processes in many European universities, leading more teachers to apply methods based on active and cooperative learning in their classrooms. However, the successful implementation(More)
This paper briefly presents some relevant aspects of an innovative educational resource that allows real experimentation through Internet in the area of electronics. The developed platform, named eLab3D, is based in a 3D environment in which the user can conduct all the operations that he/she would carried out in a hands-on laboratory. The authors intend to(More)
Experimental training is essential in developing the whole set of skills that an engineer must acquire. Therefore, any resource that involves an improvement in their practical training is an issue of interest to the academia. eLab3D is an electronics remote laboratory based on a configurable hardware and 3-D virtual world, that allows students to carry out(More)
This paper presents an innovative educational resource, based on a remote laboratory, which allows users to conduct real experiments through Internet in the area of electronics. A 3D virtual world has been created in which users, by means of their avatars, can interact with virtual replicas of instruments, circuit boards, components or cables and with peers(More)
IRIO tools are a set of software modules simplifying the development of advanced data acquisition systems (DAQs) using FPGA-based devices. In particular IRIO provides all the integration chain for the development of applications for EPICS middleware. The simplification arises because IRIO defines three main elements: a data acquisition and processing(More)
The implementation of the curriculum within the EEES in EUIT of Telecommunications of the UPM has enabled a structure to implement the teachings of microprocessors based on the cooperative work. This methodology is based on the development of projects with increasing complexity. This paper details the methods used in each course and resources used. While(More)
Analog data acquisition used in diagnostics and control of large physics experiments require high sampling rates and real-time functionalities. Field Programmable Gate Array (FPGA) devices allow efficient implementation of such solutions. Currently, large scientific facilities are using middleware platforms to simplify systems integration. EPICS(More)
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