Review of teaching and research activities at the
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Transcript Review of teaching and research activities at the
Review of teaching and research
activities at the
School of Engineering at the
University of Valencia
Vicente Cerverón-Lleó
[email protected]
UV overview
Since 1499, the “Estudi General de València” has
become the Universitat de València (UV), a
modern European university, one of the largest,
oldest and most varied in Spain.
Academic areas
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Basic and Applied Sciences & Technology
Health sciences
Social sciences
Humanities and Education
Some figures
◦ more than 50.000 students
◦ 3.800 professors and lecturers
◦ 92 departments and 16 research institutes
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Technology and Engineering at UV
The UV has a vast background in the
application of science to technological
development.
In 1940s UV created the section of
Chemical Technology
In 1960s UV started teaching and
research in Electrical and Electronic
Technologies and Computing and
Information Technologies.
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Engineering degrees at UV
UV has full Engineering degrees from
1993
at its inception, organized from the
Faculties of Physics and Chemistry
since 2003, structured and organized in
our own School of Engineering named
Escola Tècnica Superior d’Enginyeria
◦ www.uv.es/etse
no English version by now
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ETSE-UV teaching activities
Engineering degree programs (4 y. BSc)
◦ Chemical Engineering
◦ Industrial Electronics
◦ Electronics for Telecommunications
◦ Telematics Engineering
◦ Computer Engineering (IT-IS)
◦ Multimedia Engineering
Master programs ...
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ETSE-UV teaching activities
Master programs (MSc-PhD programs)
◦ Environmental engineering
◦ Electronic engineering
◦ Systems and Services for the Information
Society
◦ Advanced Computing and Intelligent Systems
◦ International Master in Advanced Sciences of
Modern Telecommunications (in English)
http://www.uv.es/mscasmt
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Research activities
Computing Department
Electronic Engineering Department
Chemical Engineering Department
Robotics and ICT Institute
Computing Department
◦ Computing Department ≠ Computing Services
Research lines at Computing Dpt.
◦ Computational perception and learning
◦ Algorithms and parallelism for
Genomic Analysis of DNA
◦ Networks and Virtual Environments
◦ Technologies and Architectures for Computing
Perception and Robotics
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Research at Computing Dpt.
Computational perception and learning
◦ Pattern Recognition and Computer Vision
◦ Multimodal and Interactive learning
◦ Applications: (search MIPRCV)
Interactive Transcription of 1-D Signals
Interactive Retrieval of Multimedia Content
Interactive Face Recognition and other Biometry
applications
Medical Imaging Assisted Diagnosis
Assisted Vehicle Driving
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Research at Computing Dpt.
Bioinformatics
◦ Genomic Analysis of DNA
◦ DNA sequence analysis:
oligonucleotide profiling
◦ Tools applied to the analysis of
networks/graphs
◦ Algorithms and Parallelism for Genomic
Analysis
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Research at Computing Dpt.
Networks and Virtual Environments
◦ Reliable and High Performance architectures
for Data Centers and Internet servers
◦ Networks On Chip
◦ Collaborative augmented reality
◦ Multiagent systems
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Research at Computing Dpt.
Technologies and Architectures for
Computer Perception and Robotics
◦ Smart CMOS Vision Sensors
◦ FPGA and application specific architectures
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Electronic Engineering Research
Research Groups at Electronic
Engineering Department
◦ Digital Signal Processing Group.
◦ Communications and Digital Systems Group.
◦ Industrial Electronics and Instrumentation
Systems Group.
◦ Images Processing and Acquisition Group.
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Electronic Engineering Research
Digital Signal Processing Group
◦ Digital signal processing and the application of
different technical approaches to widely
known fields (Biomedical Engineering,
Industrial System).
◦ Implementation of different sort of
architectures for real-time processing.
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Electronic Engineering Research
DSP Group: Research lines
& Experienced application fields
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Biomedical Engineering. / Telemedicine.
Design of automated industrial process.
Intelligent sensors. / Remote sensing.
Hyperspectral images processing.
Distributed control systems development.
Design of real-time systems.
Neural networks and pattern recognition.
Fuzzy logic and data mining.
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Electronic Engineering Research
Communication and Digital Systems
Group
◦ design of digital electronic systems
supported by advanced technologies (FPGAs,
SOC, mP, …).
◦ signal integrity in high speed digital
transmission systems.
◦ energy management electronic systems.
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Electronic Engineering Research
Communication and Digital Systems Gr.
Research lines & Experienced application fields
◦ High sped data transmission networks.
◦ Electronic communication systems.
◦ Microelectronic design.
◦ Rehabilitation technologies.
◦ Electronic technologies applied to sport.
◦ Software design for real–time process control.
◦ Biomechanic electronic systems
◦ Industrial process control.
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Electronic Engineering Research
Industrial Electronics and Instrumentation
Systems Group
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High Power & High Efficiency Converters.
Renewable energies.
Advanced control systems.
Characterization of power electronics
semiconductors.
Solid-state sensors fabrication and characterization.
Smart sensors systems design.
Analog signal processing and sensors interfaces.
Design of distributed measurement systems.
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Electronic Engineering Research
Industrial Electronics and Instrumentation
Systems Group.
Experienced application fields
◦ Induction heating.
◦ Aerospace applications (battery
charger/dischargers).
◦ Instrumentation system design.
◦ Environmental monitoring.
◦ Industrial process control.
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Electronic Engineering Research
Image Processing and Acquisition Group
◦ Research lines
Images analysis in medicine.
3D artificial vision.
Measurement and control of ionizing radiations.
◦ Experienced application fields
Images acquisition and processing in medical
diagnosis.
Dosimetry and X-rays qualification.
3D reconstruction and analysis of dynamical
movement objects.
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Chemical Engineering Research
Research Groups at Chem. Eng. Dept.
◦ Environmental engineering - water treatment
and waste management
◦ Environmental engineering - air treatment
◦ Thermodynamic & Transport Properties of
Organic Mixtures
◦ Electrolyte Solution Thermodynamics
◦ Heterogeneous Catalysis
◦ Food technology
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Chemical Engineering Research
Environmental engineering - water
treatment and waste management (1)
◦ Biological nutrient (N, P) removal of waste water:
lab and pilot scales studies and development of process
models.
◦ Fermentation - elutriation of primary sludge and
anaerobic sludge digestion
lab and pilot scales studies and development of
mathematical models.
◦ Design of urban and industrial waste water
treatment plants (WWTP)
assessment of options and alternates, sizing of the
different units, hydraulic estimations, and process
simulation.
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Chemical Engineering Research
Environmental engineering - water
treatment and waste management (2)
◦ Control and optimization of waste water
treatment plants (WWTP)
development of advanced control strategies (fuzzy
control and others) to optimize the performance of
WWTP.
◦ Phosphorous recovery of waste water
struvite precipitation.
◦ Use of different biomaterials as adsorbents in the
removal of heavy metals in waste waters
lab scale test with low cost bioadsorbents and
modelling.
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Chemical Engineering Research
Environmental engineering - air treatment
◦ Removal of air pollutants by means of biological
treatment
lab scale experimental tests in biofilters, biotrickling
filters, bioscrubbers, etc.
◦ Pilot and full scale tests of biotrickling filters in
the abatement of volatile organic compounds of
industrial gas exhaust air emissions.
◦ Lab scale tests of photocatalytic oxidation of
volatile organic compounds in indoor air and
industrial gas emissions.
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Chemical Engineering Research
Thermodynamic & Transport Properties of
Organic Mixtures
◦ Experimental determination of viscosity, density
and refraction index of organic mixtures, and its
correlation with different theoretical models.
◦ Measurement of vapour-liquid and liquid-liquid
equilibria of industrial interest mixtures, and
parameter determination of thermodynamic
correlation models.
◦ Pilot scale distillation for extractive, azeotropic
and others especial distillations.
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Chemical Engineering Research
Electrolyte Solution Thermodynamics
◦ Experimental study of vapour-liquid
equilibrium, liquid-liquid equilibrium, viscosity,
density and refractive index of mixtures
containing ionic liquids, and its correlation
with different theoretical models.
◦ Experimental study of vapour-liquid
equilibrium, viscosity, density and refractive
index of mixtures including ionic salts, and its
correlation with different theoretical models.
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Chemical Engineering Research
Heterogeneous Catalysis
◦ Lab scale experimental test of catalyst for
cracking, isomerization, hydrotreatments of
different petroleum fractions.
◦ Study and catalyst optimization of paraffin
deshydrogenation.
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Chemical Engineering Research
Food technology
◦ Alcoholic fermentation
◦ Supercritical fluids for extraction and
crystallization
◦ Food preservation
◦ Drying process
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Robotics and ICT Institute activities
located at the PCUV (Scientific Park of the
University of Valencia), it counts with more
than 100 researchers
Intelligent Transport Systems
Communications and Information Systems
Control & Robotics
ARTEC & LSyM:
Virtual Reality, Simulation & Modeling
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Robotics and ICT Institute activities
R&D in Intelligent Transport Systems
◦ Represents Spanish Government in standardization
committees (Ministries Interior and Construction)
◦ Active as project managers on behalf of the DGT in
Euro Regional project ARTS
◦ Active as project coordinator for the Spanish/Catalan
area in SERTI (DGT/SCT).
◦ Active member of the World Wide Web consortium
and expert in the definition and use of XML-related
issues [for Transport].
◦ Experts in the area of Tolling/Road pricing
◦ Test, evaluation and demonstration of transport
systems and sensors:Video sensing/enforcement on
the CV35 near Valencia.
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Robotics and ICT Institute activities
Communications and Information
Systems Group
◦ Wireless sensor networks for environment
monitoring.
◦ Distributed architectures for agricultural
systems.
Power line or radio communications
◦ CISCO Networking Academy Program:
technical networking courses
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Robotics and ICT Institute activities
Control and Robotics (1)
◦ Architectures for mobile and aerial robot control
◦ Implementation and comparison of control
architectures
◦ Tests on real mobile robots: self-built mobile
robot, Pioneer, Khepera, self-built helicopter
◦ Active sensorisation systems (ultrasonic)
◦ Flight-time based sensors
◦ Biologically inspired active sensors (triaural
sensor) based on inter-aural intensity difference
and inter-aural time diff.
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Robotics and ICT Institute activities
Control and Robotics (2)
◦ Hardware implemented algorithms using
programmable logic (FPGAs)
◦ Algorithms for detections of self-mobile objects
as seen by a mobile robot
◦ Calculation of time-to-impact based on optical
flow.
◦ Neural network based algorithms for controlling
a Stewart motion platform
◦ Direct model-less connection between sensor
signals (accelerometers) and actuator commands
(bar lengths of the platform)
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Robotics and ICT Institute activities
ARTEC-LSyM: 3D Graphics,VR, RA, S&M (1)
◦ Basic Tridimensional Modeling Oriented to Real-Time
3D Applications
◦ Real-Time Terrain Representation
◦ Virtual Actors with autonomous behaviour in interactive
environments.
◦ Virtual Reality Application in Mental Disability Treatment
◦ High Quality Inmersive Display Systems and Navigation
Metaphors for Educational Training Environments
◦ Virtual Environment for trainning & Simulation
◦ Organization, Transmission and Virtual Environments
Representation on Web
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Robotics and ICT Institute activities
ARTEC-LSyM: 3D Graphics,VR, RA, S&M (2)
◦ Development and integration of civil simulators for training of
heavy machinery operators
Physically based modeling
Collision detection
Real-time Granular Systems models
using Cellular Automata
GPU implementation of algorithms
◦ PC clustering technologies for graphics rendering
Development of affordable simulation systems
Substitution of expensive workstations
◦ Movement and vibration analysis using 6DoF motion
platforms
Inertia stimula for simulator
Car seat design
◦ Remote sensorization systems development
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Robotics and ICT Institute activities
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ETSE-UV international and
corporate partnerships
Universities and research centers
◦ European and American Universities
◦ CERN
Companies and public organizations
◦ IBM, Cisco, Oracle (Academic alliances)
◦ Schneider Electric
◦ EPSAR
◦ National and Regional Transport Dpts.
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Review of teaching and research
activities at the
Engineering School in
University of Valencia
Vicente Cerverón-Lleó
http://www.uv.es/etse
(English version in development)