Domingo Guinea

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In the autonomous piloting of vehicles, the characterization of nearby dynamic object motion by perception and tracking techniques aids in the optimization of avoidance strategies. Knowledge of the features of object motion in goal-driven navigation allows for accurate deviation strategies to be implemented with appropriate anticipation. This perceptual(More)
The Internet makes it possible to share and manipulate a vast quantity of information efficiently and effectively, but the rapid and chaotic growth experienced by the Net has generated a poorly organized environment that hinders the sharing and mining of useful data. The need for meaningful web-page classification techniques is therefore becoming an urgent(More)
The automatic classification of defective eggs constitutes a fundamental issue of the poultry industry for both economical and sanitary reasons. The early separation of eggs with spots and cracks is a relevant task as the stains can leak while progressing on the conveyor-belts, degrading all the mechanical parts. Present work is focused on the(More)
An image entails a huge amount of data and information. For this reason, image synthesis and analysis by computer systems requires a high processing time. This represents a handicap in systems where real time processing or an immediate interpretation is demanded as in visual inspection industrial applications. Present work, introduces a computer(More)
Analog CNN array computer arises as an alternative to traditional digital processors in many industrial inspection like visual quality control of metal laminates, capable of make in a single chip Tera equivalent operations per second. A 4096 analog CNN processor array is able to perform complex space-time image analysis, being much faster than a(More)
  • Gerhard Schmitz, M Rubio, A Urquia, L González, D Guinea, S Dormido +17 others
  • 2005
The design, implementation and use of FuelCellLib library are discussed. FuelCellLib is a Modelica library for the dynamic modeling of fuel cells (FC). It is intended to be used for: (1) enhancing the understanding of the physical-chemical phenomena involved in the fuel-cell operation; and (2) optimizing the performance of the fuel cells. Physical phenomena(More)