M. D. Peláez-Coca

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We describe a generic real-time video processing system for applications in the field of electronic visual aids. A working system has been implemented using a specific hardware (FPGA device) to achieve real-time processing in low cost portable systems. The inclusion of a reconfigurable circuit FPGA allows real-time video processing, the setting control by(More)
The purpose of this work is to describe a versatile optoelectronic aid for low vision rehabilitation based on reconfigurable hardware. This aid is easily adaptable to diverse pathologies (with different associated processing tasks) and to the progression of the visual impairment. This platform has a mobile configuration that uses a see-through head-mounted(More)
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