Obura, Morgan O. van Valkengoed, Irene GM Rutters, Femke ’t Hart, Leen M. Rauh, Simone P. Van Charante, Eric Moll Snijder, Marieke B. Beulens, Joline W.J.
Published in
Global Heart
Background: Most risk assessment models for type 2 diabetes (T2DM) have been developed in Caucasians and Asians; little is known about their performance in other ethnic groups. Objective(s): We aimed to identify existing models for the risk of prevalent or undiagnosed T2DM and externally validate them in a multi-ethnic population currently living i...
Ali, Ibrahim Kalra, Philip A.
Published in
BMC Nephrology
BackgroundThere is emerging evidence that the 4-variable Kidney Failure Risk Equation (KFRE) can be used for risk prediction of graft failure in transplant recipients. However, geographical validation of the 4-variable KFRE in transplant patients is lacking, as is whether the more extensive 8-variable KFRE improves predictive accuracy. This study a...
Mohan, Ranju Eldhose, Susan Manoharan, Gautham
Published in
Transportation in Developing Economies
VISSIM is a widely used microscopic simulator of traffic flow; however, calibration of its parameters is restricted to freeways, arterials, or isolated junctions while simulating heterogeneous traffic. This paper presents a case study showcasing the modelling aspects when using VISSIM for heterogeneous traffic flow simulation at a network level. A ...
Athira, P. Sudheer, K. P.
Published in
Environmental Earth Sciences
Distributed hydrological models account for spatial heterogeneity by discretizing the watershed into unique units based on the watershed characteristics. However, parameter estimation is one of the major tasks in the application of distributed hydrological models. The existing calibration methods for distributed hydrological models do not consider ...
piskač, daniel
Tato práce se skládá z přehledu rotačních a birotačních motorů, aktualizace a kalibrace poskytnutého GT-Power modelu. Zahrnuje také návrh a vytvoření dílčího modelu vůlí a optimalizace modelu. / This thesis consists of a review of rotary and birotary engines, update and calibration of the provided GT–Power model. It also includes proposing and crea...
Bertou, X. Allison, P. S. Bonifazi, C. Bauleo, P. Grunfeld, C. M. Aglietta, M. Arneodo, F. Barnhill, D. Beatty, J. J. Busca, N. G.
...
The Pierre Auger Observatory is designed to study cosmic rays of the highest energies ($>10^{19}$ eV). The ground array of the Observatory will consist of 1600 water Cherenkov detectors deployed over 3000 km^2. The remoteness and large number of detectors require a robust, automatic self-calibration procedure. It relies on the measurement of the av...
Aro, Rudolf Ayoub, Mohamed Wajdi Ben Leito, Ivo Georgin, Éric Savanier, Benoit
Published in
International Journal of Thermophysics
In the field of water content measurement, the calibration of coulometric methods (e.g., coulometric Karl Fischer titration or evolved water vapor analysis) is often overlooked. However, as coulometric water content measurement methods are used to calibrate secondary methods, their results must be obtained with the highest degree of confidence. The...
Moço, Andreia Verkruysse, Wim
Published in
Journal of clinical monitoring and computing
Remotely measuring the arterial blood oxygen saturation (SpO2) in visible light (Vis) involves different probing depths, which may compromise calibratibility. This paper assesses the feasibility of calibrating camera-based SpO2 (SpO2,cam) using red and green light. Camera-based photoplethysmographic (PPG) signals were measured at 46 healthy adults ...
MacIntosh, Alexander Vignais, Nicolas Desailly, Eric Biddiss, Elaine A. Vigneron, Vincent
Movement-based video games can provide engaging practice for repetitive therapeutic gestures towards improving manual ability in youth with cerebral palsy (CP). However, home-based gesture calibration and classification is needed to personalize therapy and ensure an optimal challenge point. Nineteen youth with CP controlled a video game during a 4-...
Degrassi, Gabriele Parussini, Lucia Boscolo, Marco Petronelli, Nicola Dimastromatteo, Vincenzo
Published in
SN Applied Sciences
The purpose of this study is to simulate the distribution of a coarse granular material discharged in a hopper via a conveyor belt. This simulation is intended to be a model calibration for an optimization that will be later performed to obtain a proper material distribution device. From the hopper, the material is discharged in a blast furnace. He...
