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In this algorithm the temporal smoothness between clustering results in successive time steps is incorporated at the level of the primal optimization problem, by properly modifying the KSC formulation. The ultimate goal is to have an insightful way to cluster a broad class of time series, and apply this to real-life problems as smart grid segmentation and customer relation management in banks. pay for essay writing nutrition month tagalog 2017 Moritz Diehl The use of dynamic optimization for real-time estimation of the state of a system or to control the same system, is nowadays already widely used in control engineering. In this work, we aim to develop and analyse different algorithms for solving the tensor-structured system approximately in a data-sparse low-rank tensor format.

Here are some practical things to know before you move to help you quickly settle in. LEE Geunseop Starting date: The aim of this research is to develop a methodology to generate and update dynamic contact models. best essay topics for class 8 The methods will also be applied to applications in neuroscience, e.

Many real-life systems and networks are critically dependent on high quality predictions, e. Often the structure is also unknown and one wants to estimate it by making use of sparsity inducing penalty terms related to L1 or L0 regularization and nuclear norm regularization. writing services rates blog content This is due to the fact that the acquisition of labeled data often requires a skilled human agent or a physical experiment which are of course costly.

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March Spectral properties of perturbed normal matrices and their applications Thesis advisor: Applications are mainly envisaged in the area of systems and control. Another major application is brain tumour tissue typing. These will be leveraged to full distributed-memory systems. Classical Gaussian quadrature formula fail in this oscillatory setting.

Lieven De Lathauwer Tensor tools are increasingly used in signal processing. Johan Suykens In many real world applications, matrix-based models are usually outperformed by higher-order tensor-based models benefiting from the abundant information concealed in the structures of high-order tensors. September Matrix equations, Matrix decompositions and their applications in engineering and control theory Thesis advisor:

October , Postdoc since November Implementation of a nonlinear model predictive controller for the river Demer Host: These multiple datasets are usually linked with one another via the relationship between latent source components, and could be formulized as multiple tensors coupled with commonly shared factors. One of the main issues is the difference in dimensionality of the different heterogeneous sources we want to fuse. Sas The aim of the study is to develop a distributed model free controller for a semi-active or an active suspension system of a passenger car.

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Jan Swevers, Joris De Schutter The aim of this research is to analyze and control the behaviour of linear slowly time-varying dynamical systems. Bart Vanrumste, Sabine Van Huffel The goal of this doctoral project is to develop a reliable stand-alone system for the detection and classification of nocturnal epileptic seizures convulsions based on video images. how to write a research proposal apa example The simulation and derivative generation of the system generally takes a great, often even dominating, fraction of the computation time per step.

Therefore, the aim of this line of work is the development of the necessary tools to allow practitioners to easily and efficiently incorporate different sources of prior information when available. Typically training kernel models implies a computational complexity which scales quadratically w. book report writers in ghana These new methods are meant to assist clinicians in the following areas: July Detection of nocturnal epileptic convulsions in pediatric patients based on accelerometers Thesis advisor: As classical in these approximations zeroes of orthogonal polynomials are used as quadrature points.

In many cases, such as system identification or equalization, the involved tensor decompositions are structured. Over the years, numerous splittings have been proposed but in most of the cases the relation between them is not very well understood. blog content writing services money Hence, the development of numerical methods to deal with structured tensors is very important. As classical in these approximations zeroes of orthogonal polynomials are used as quadrature points.

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September Optimization of multilinear functions for data analysis Thesis advisor: The main goal is to study the effect of food properties on the efficiency of the technique. Sabine Van Huffel This research aims at developing automated analysis techniques which can support the presurgical evaluation of refractory epilepsy patients. As nonlinear system inversion is a critical point in this procedure an algorithm is developped to invert the model structure for a given desired periodic model output.

In the model there is a separation between the fast time-scale, on which individual trajectories of the stochastic process need to be simulated, and the slow time-scale on which we want to observe the macroscopic function of interest. Here are some practical things to know before you move to help you quickly settle in. Individual-based Models IbM bridge the gap between the microscopic cell processes and the mesoscopic colony behaviour, while the connection between the colony dynamics and global population evolution is modeled by a population balance equation. Novel task-related validation criteria will be set up that better measure the quality of the extracted components. October Integration of microscopic information in predictive models applied to food safety and food quality Thesis advisor:

Sas This research deals with accurate tracking control for nonlinear multivariable systems. A Develop and analyze a systematic kernel-based framework to tensorial data analysis. Moritz Diehl The use of dynamic optimization for real-time estimation of the state of a system or to control the same system, is nowadays already widely used in control engineering.


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