HVDC Cable Analytics: Using monitored data from contingency analysis to determine cable and accessory lifetime KU Leuven
HVDC Cable Analytics: Using monitored data from contingency analysis to determine cable and accessory lifetime
HVDC Cable Analytics: Using monitored data from contingency analysis to determine cable and accessory lifetime
The purpose of Project VALCRI is to create a Visual Analytics-based sense-making capability for criminal intelligence analysis by developing and integrating a number of technologies into a coherent working environment for the analyst we call the Reasoning Workspace. Conceptually, the Reasoning Workspace comprises three areas:
Applying the framework of Probabilistic Grammar and variationist sociolinguistics, this project will probe the alternation between competing Chinese passive constructions marked by bei/rang/jiao/gei/zao. Taking into consideration both language-internal and language-external constraints, I will rely on corpus data, psycholinguistic experimentation and multifactorial analysis techniques to explore how probabilistic grammars constrain variant ...
We study algorithms for flexible switching in optical packet-switched networks. By means of queueing models and analytic optimization techniques we evaluate the performance of existing algorithms. This characterization allows to propose modified algorithms, interacting flexibly with the instantaneous variations of traffic over the network.
A kitting operation in a production environment involves the preparation of materials kits, prior to assembly. This project develops and analyses queueing models for the performance analysis of such kitting processes. In particular, numerical analysis techniques are investigated as well as approximation techniques for the queueing models at hand.
The mathematical modeling of complex dynamical systems naturally leads to a decomposition into simpler subsystems. Furthermore, signal transmission between subsystems is mostly not instantaneous and has to be modeled by delay elements. This will give rise to Delay-Differential Algebraic Equation (DDAE) models. The first part of the project concerns the investigation of the theoretical properties of DDAE models, developing mathematical ...
Micro-XRF spectroscopy, using synchrotron or conventional X-ray source based excitation, is a well-established non-destructive, microanalytical method, providing information on the elemental distributions in the probed sample. When three dimensional spatially resolved information is of interest, often a confocal micro-XRF detection scheme is applied as an alternative to XRF tomography. However, both methods pose significant challenges when ...
Micro-XRF spectroscopy, using synchrotron or conventional X-ray source based excitation, is a well-established non-destructive, microanalytical method, providing information on the elemental distributions in the probed sample. When three dimensional spatially resolved information is of interest, often a confocal micro-XRF detection scheme is applied as an alternative to XRF tomography. However, both methods pose significant challenges when ...