Data processing was designed to be simple but consistent.
Additional, multiple N2-Water experiments employing binary image processing were designed and performed.
Hot deformation processing was designed to study the effects of niobium (Nb) on DIFT.
Using Xilinx ISE 7.0 and the Xilinx and Lyrtech blocksets, the baseband signal processing was designed in the Simulink environment and then loaded into the Lyrtech board.
To this end, a novel metal drop-on-demand (DoD) generator for high-temperature metal processing was designed and manufactured.
Long fiber reinforced NiAl composites, fabricated by high temperature processing, are designed for long term thermal exposure during service.
An emiCCA framework for functional magnetic resonance imaging (fMRI) data processing was designed and applied to data from a real motor execution fMRI experiment.
Thermal processing was designed in such a way that it mimicked conditions used for cooking of mushroom dishes, since only a narrow group of mushrooms can be eaten raw, while indole compounds are thermolabile.
Our contribution goes one step further, the entire stereo vision process, includes rectification, stereo matching, and post-processing, is designed using a single FPGA.
