I have graduated from Instituto Superior Tecnico, Portugal in Applied Mathematics and Computation both Bachelor and Master levels.
My master thesis was taken at the Vislab - Computer and Vision Lab, Institute for Systems and Robotics, with Alexandre Bernardino in space variant vision. We developed a new method to implement and manipulate foveated images, i.e. images with higher resolution in the center than in the periphery of the field of view (as in the primate eye, where retinal image has higher resolution in the fovea).
From 2009 to 2014, I was a PhD candidate at the Frankfurt Institute for Advanced Studies. I was working with Constantin Rothkopf and Jochen Triesch on the modeling the variability of Retinal Ganglion Cells directly from the statistics of naturalistic images across the field of view.
Since 2014 I am a postdoc at the Biovision team, INRIA Sophia Antipolis, working with Pierre Kornprobst  and Bruno Cessac . We are working in methods for analysing (retinal) spiking data. At the single cell level, we have proposed a new stimulus for an efficient estimation of receptive fields, the shifted stimulus. At the population level, we are working in a method that assuming a leaky-integrate-and-fire model it learns the population connectivity from an empirical raster.
Retina, ecology, vision, sensory coding, embodyment, perception, machine learning, intelligent systems, decision making.
Pamplona, D.; Triesch, J.; Rothkopf,C. A. ; Power spectra of the natural input to the visual system, Vision Research, 2013 Download code
Pamplona, D.; Bernardino, A.; Smooth Foveal Vision with Gaussian Receptive Fields, 9th IEEE - RAS International Conference on Humanoids Robots, 2009
Cessac, B.; Kornprobst, P.; Kraria, S.; Nasser, H.; Pamplona, D.; Portelli, G.; Vieville T.; ENAS: A new software for spike train analysis and simulation, Bernstein Conference 2016
Hilgen, G.; Softley, S.; Pamplona, D.; Kornprobst, P.; Cessac, B.; Sernagor, E.; The effect of retinal GABA Depletion by Allylglycine on mouse retinal ganglion cell responses to light, European Retina Meeting, 2015
Pamplona, D.; Hilgen, G.; Cessac, B.; Sernagor, E.; Kornprobst, P.; A super-resolution approach for receptive fields estimation of neuronal ensembles, 24th Annual Computational Neuroscience Meeting (CNS), 2015
Pamplona, D.; Cessac, B.; Kornprobst, P.; Shifting stimulus for faster receptive fields estimation of ensembles of neurons, Computational and Systems Neuroscience (Cosyne), 2015
Pamplona, D.; Triesch, J.; Rothkopf,C.; Eye's imaging process explains ganglion cells anisotropies, Computational and Systems Neuroscience (Cosyne), 2013
Pamplona, D.; Triesch, J.; Rothkopf,C.; The statistics of looking: Deriving properties of retinal ganglion cells across the visual field, 12th Annual meeting of the Vision Sciences Society, 2012 (oral presentataion)
Pamplona, D.; Triesch, J.; Rothkopf,C.; Predicting Ganglion Cells Variability, Computational and Systems Neuroscience (Cosyne), 2011
Pamplona, D.; Triesch, J.; Rothkopf,C.; Edge and image statistics across the visual field, Bernstein Conference, 2011
Pamplona, D.; Weber, C.; Triesch J.; Foveation with optimized receptive fields, Bernstein Conference, 2009
Tushev G.; Liu, M.; Pamplona, D.; Bornschein, J.; Weber, C.; Triesch J.; Foveated Vision with FPGA Camera, Bernstein Conference, 2009 (demo)