Profesor Telles B. Lazzarin
de la Universidad Federal de Santa Catarina (Brasil)
Prof. Alain Vande Wouwer
Universidad de Mons (Bélgica)
Días 20 y 21 de febrero de 16 a 19 horas.
Lugar: Aula 009 el día 20 y Aula 008 el día 21.
Recomendable traer ordenador con Matlab.
Resumen: Dynamic models of physical systems usually consist of sets of (non)linear differential (or difference) equations. These equations contain unknown parameters whose values have to be inferred from experimental data by minimizing the distance between the model prediction and the measured data. This course introduces various concepts that are useful in order to achieve a successful identification procedure. In particular, attention will be focused on
a) distance between model prediction and data
b) basic notions and tools for the minimization of this distance
c) parametric sensitivity analysis
d) identifiability and the Fisher Information Matrix
e) linear and nonlinear least squares
f) maximum likelihood estimation
g) sparse identification
The course is illustrated with several Matlab examples.
An identification project is also proposed to the course participants.
Breve CV: Alain Vande Wouwer received his master degree in electrical engineering from Faculté Polytechnique de Mons, Belgium, in 1988, and his Ph.D. degree in applied sciences from the same university (together with a European doctorate degree jointly with Stuttgart Universität, Germany) in 1994. In 1994, he achieved a postdoctoral research stay in the department of mechanical engineering at Laval University, Quebec. Since 2009, he has been a full professor in the department of electrical engineering of the University of Mons, Belgium, and is currently the head of the Systems, Estimation, Control, and Optimization group (SECO). He is the co-author of two books on numerical analysis of partial differential equations, and of more than 250 conference and journal articles on various aspects of process modeling and control. His research interests include nonlinear dynamics, parameter and state estimation, dynamic optimization, and process control, with applications to biochemical processes and unmanned aerial vehicles.
Alberto Aragon
Universidad de Cádiz
Día: Martes 17 de Enero de 2022
Hora: 17.30 Lugar: Sala Larrañeta.
https://eu.bbcollab.com/guest/3324c082737c41179a2777ffdc9d42bd
Ponente: Alberto Aragon - Ingeniero Técnico Industrial Especialidad en Electrónica Industrial e Ingeniero en Organización Industrial por la Universidad de Cádiz. Con más de diez años de experiencia en el desarrollo de SW en el sector de la automoción, actualmente con el cargo de SW Team Leader en la empresa de servicios de ingeniería en automoción Evolution Synergetique, con un equipo de más de 15 desarrolladores. Durante sus diez años de experiencia en el sector ha trabajado para 3 empresas, en las cuales ha desarrollado y liderado proyectos para los fabricantes más exigentes del sector, tanto técnica como cualitativamente, en distintos ámbitos como e-mobility e infotainment.
Descripción - Presentación sobre el puesto de Desarrollador de software embebido en Automoción. Se expondrá el entorno y la implicación del puesto de trabajo, para dar un mayor conocimiento de lo que se espera de conocimientos para la posición así de las tareas que se le asignan. Además, se realizará una introducción a las distintas disciplinas que requiere la posición como ASPICE, AUTOSAR, etc., así como una introducción técnica a la arquitectura de SW y sus principales componentes.
Dr. Sergio Rapuano
Full Professor, Universitá degli studi del Sannio
Fecha: 13 de diciembre de 2022
Hora: 17:20
Lugar: Online, en https://eu.bbcollab.com/guest/eb30134b8c9b4e8abb4db12d7a868f20
Summary: Cyber-physical systems interact with the external, analog, world by means of their data conversion interfaces. Without data converters there is no relation between the cyber part and the physical one, therefore the role of ADCs and DACs is critical to the operations. In the design of a cyber-physical system, selecting the proper ADC or DAC for a particular application appears to be a difficult task. To simplify the choice and the use of data converters the lecture deals with the standardization of ADC and DAC characteristics introducing the role and the actors of the documentary standards, and then presenting a selection of most used characteristics and test methods as defined in the IEEE 1241-2010 Standard for Terminology and Test Methods for Analog-to-Digital Converters and in the IEEE 1658-2011 Standard for Terminology and Test Methods for Digital-to-Analog Converters.
Short Curriculum Vitae: Sergio Rapuano is Full Professor of Electrical and Electronic Measurements at the Engineering Department of the University of Sannio. His research fields include digital processing of measurement signals, characterization of analog-to-digital and digital-to-analog converters, distributed measurement systems, design of measurement methods and systems for telecommunications, distance learning in the field of electrical and electronic measurements, biomedical measurements. He chaired the working group that developed the IEEE 2414 Standard on Jitter and Phase Noise and participated the development of four other IEEE Standards about the data acquisition and waveform generation. He currently is: Rector’s Delegate to Scientific Research, Chair of the IEEE Italy Section, Vice President Education and Chair of the Technical Committee on “Medical and Biological Measurement” of the of the IEEE Instrumentation and Measurement Society.