Waveform tomography with signal sparsity

The inverse problems group of the Department of Mathematics, Tampere University of Technology does research that is closely related to technological advancements in many applied

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How mathematics can help to solve the current water crisis

Population growth, drought and contamination mean that water quality and quantity concerns are one of the largest environmental issues facing the world today. As a

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The Sensible DTU Project

My name is David Kofoed Wind and I am a PhD-student in the Cognitive Systems Section at DTU Compute. My PhD-project relates around machine learning

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Optimization Methods for Algorithmic Trading

A group of researchers at Department of Mathematics and Informatics, Faculty of Science University of Novi Sad, in close cooperation with a London based hedge

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Statistical methods for processing, modeling, and time series analysis in application to technical diagnostics

From three years scientists form Faculty of Fundamental Problems at Wroclaw University of Technology (WrUT), Poland, and engineers from Faculty of Geoengineering, Mining and Geology

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Image Analysis for Particle Tracking in Wood Cutting Processes

Austria is a key player in the forestry and wood industry. Separating or cutting of wood is one of the most important process steps resulting in

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Theoretical and Numerical Investigation of Nonlinear Mathematical Models

The project “Theoretical and Numerical Investigation of Nonlinear Mathematical Models” is funded under contract I02/9 from 12.12.2014 by the National Science Fund of the Bulgarian

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Numerical methods for DEP modelling for lab-on-chips devices

The physical manipulation of biological cells is of vital importance in the development of laboratory operations on a small scale using miniaturized (lab-on-a-chip) devices. Microsystems

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Physico-realistic image synthesis and materials elaboration for automative industry

The LIMA project (Light – Interaction – MAterials) originates from three research laboratories at MINES ParisTech: the Center for Mathematical Morphology (CMM), the Robotics Lab

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Optimizing Production Processes of Nonwovens with FIDYST

Spunbond, meltblown, and airlay processes can be optimized by using FIDYST, the Fiber Dynamics Simulation Tool developed by the Department Transport Processes (TV) of the Fraunhofer

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