Maxwell equations are solved numerically to take into account boundary conditions and complex materials. The FDTD and TLM techniques are used in combination with processing, optimisation and classification techniques such as neural networks.
Non-linear, data-dependent approximation techniques are used in a multi-resolution environment for the compression of strongly gradient signals in applications such as image restoration, disparity calculation or optical flow.
Numerical methods for partial differential equations are designed and analysed for use in fields as diverse as gas dynamics, both compressible and incompressible, sedimentation of polydisperse suspensions, flows in porous media, charged particle dynamics, etc.
ISO 17205 Standard. Development of ad hoc metrological tools, technical protocols, acceptance criteria, validation, quality assurance, control charts, uncertainty, including supporting software. Design of experiments, optimisation, simulation of future results.
Development of equipment and algorithms custom-made for their aqcuisition and signal processing.
