Real time image processing and color transformations using DirectX and C++

develop firmware to control the ASIC responsible for image acquisition from scan bars and process the data.

Researched and develop image processing algorithms to be run in GPU's using both Nvidia CUDA and OpenCL languages.Developed a multithreaded multi-GPU pipeline capable of providing real time data to the printer using C++ and CUDADeveloping new products by programming highly configurable and fast image processing pipelines to be used with the prototypes.

Working on the project to develop the new HP Latex ink technology. Participating in all the R&D phases of a project with an international team, from the definition to the introduction to the market.- Computer simulations - Developing and analysing computer simulations of different printer configurations.- Image processing – Defining the image transformations and the halftoning applied to the image.

Working on the European project ISWARM. Researching and Designing a fully integrated and temperature compensated clock generator with a 0.13um CMOS technology.- Research – Development and simulation of different implementations of the clock generator to see the temperature effects and compensation.- Implementation – Implementation of the final configuration. Schematics simulation and layout of the chip to send it to the foundry to be build.- Measuring – Measuring the clock signal attributes of the physical chip.- Congress communications: “1.2V On-Chip Two-Phase Voltage Doubler for Ultra Low-Power Low-Voltage Biasing applications in a 0.13u CMOS technology” Colomer, J.; Saiz-Vela, A.; Miribel-Català, P.; Viladoms, M.; Rossinyol, M.; Puig-Vidal, M.; Samitier, J. XXI Conference on Design of Circuits and Integrated Systems, DCIS 2006