[visionlist] Bio-inspired model of vergence eye movements

Dear Colleagues,

it is our pleasure to announce the release of a software that
implements a bio-inspired model for the control of vergence
eye movements.

http://ift.tt/2ocaHSU

The software can be used in for different purposes:
– as test-bed for the study of vergence eye movements,
– as a teaching tool to show vergence behaviour and its
implications,
– for the binocular coordination of a robotic stereo head.

The the robustness ad adaptivity of the bio-inspired approach
allows a control that is easily portable on stereo head with
different kinematic characteristics, and that is robust to
mechanical imprecision, as well as to changeable and
unpredictable lighting condition of real environments.

Features of the algorithm:
– Effective alignment of the eyes/cameras in the 3D space
(error < 0.2 deg)
– Control of both horizontal and vertical alignment of the
eyes/cameras
– Easy portability on binocular robotic platforms with
different geometries
– Real-time performance
– Software developed in C/C++ with OpenCV 3.3.1
– Compiled in Visual Studio 2012, Windows 10
– Portable to other IDEs (e.g., MinGW) and operative systems
(e.g., Linux)

The source code is provided with an application example that
loads a stereo pair from the Genoa Pesto Database (http://www.pspc.unige.it/genuapesto/index.html).

In the demo, the stereo pair is shown in anaglyph mode, and
the robot fixation is simulated by the user clicking with the
mouse cursor on the desired fixation point.
The vergence control is then computed at fixation and vergence
eye movements are simulated shifting the images proportionally
to the control.
If the control is working properly, the anaglyph at fixation.
image turns to gray scale

For a video of the demo click here: https://youtu.be/k6yDMyht184

For a video of the algorithm working on a iCub stereo head
click here: https://youtu.be/viO-SMzpHxo

Future work will be:
– Embed the control in a script to work in the iCub Simulator

– Port the code in Python

For questions, comments or suggestions you can reach the
authors.

Best regards,

    Agostino Gibaldi
        Mauricio Vanegas
            Andrea Canessa
                Silvio P. Sabatini

Reference publications:
Gibaldi, A., Vanegas, M., Canessa, A., & Sabatini, S. P.
(2017).
A portable bio-inspired architecture for efficient robotic
vergence control.
International Journal of Computer Vision, 121(2), 281-302.
  https://link.springer.com/article/10.1007/s11263-016-0936-z

Gibaldi, A., Canessa, A., Chessa, M., Sabatini, S. P., &
Solari, F. (2011, October).
A neuromorphic control module for real-time vergence eye
movements on the iCub robot head.
In Humanoid Robots (Humanoids), 2011 11th IEEE-RAS
International Conference on (pp. 543-550).
  https://ieeexplore.ieee.org/document/6100861/

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

%%%%         A Portable Bio-Inspired Architecture for        
                           
%%%%           Efficient Robotic Vergence Control            
                            
%%%%
%%%%   
%%%%     Copyright (c) Sep. 2017                            
                       
%%%%     All rights reserved.                                
                    
%%%%    
%%%%     Authors: Agostino Gibaldi, Andrea Canessa, Silvio P.
Sabatini                
%%%% 
%%%%     PSPC-lab – Department of Informatics, Bioengineering,
                     
%%%%     Robotics and Systems Engineering – University of
Genoa                       
%%%%   
%%%%     The code is released for free use for SCIENTIFIC
RESEARCH ONLY.        
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

%
%    Permission to use, copy, or modify this software and its
documentation
%    for educational and research purposes only and without
fee is hereby
%    granted, provided that this copyright notice and the
original authors'
%    names appear on all copies and supporting documentation.
This program
%    shall not be used, rewritten, or adapted as the basis of
a commercial
%    software or hardware product without first obtaining
permission of the
%    authors. The authors make no representations about the
suitability of
%    this software for any purpose. It is provided "as is"
without express
%    or implied warranty.
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

%
%    This software serves for the control of binocular
coordination of
%       eye movements on a robotic stereo head
%
%    CREDITS:
%    Gibaldi, A., Vanegas, M., Canessa, A., & Sabatini, S.
P. (2017).
%    A portable bio-inspired architecture for efficient
robotic vergence
%    control. International Journal of Computer Vision,
121(2), 281-302.
%
%    Gibaldi, A., Canessa, A., Chessa, M., Sabatini, S. P.,
& Solari, F.
%     (2011, October). A neuromorphic control module for
real-time vergence
%    eye movements on the iCub robot head. In Humanoid Robots
(Humanoids),
%    2011 11th IEEE-RAS International Conference on (pp.
543-550). IEEE.
%
%     Kindly report any suggestions or corrections to
%    agostino.gibaldi@gmail.com

%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

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[visionlist] Book Announcement: Elements of Neurogeometry.


[visionlist] Two PhD fellowships: Optometry & Vision Science and Lighting Design (Norway)

TWO PhD FELLOWSHIPS at UC Southeast Norway (Kongsberg)

The National Centre for Optics, Vision and Eye Care at UC Southeast Norway Kongsberg invites applications for two 3-year fixed term fully funded PhD fellowships, one in the field of optometry and vision science and one in lighting design.

Application deadline: April 5th, 2018.
Expected starting date: August 15th, 2018.
Salary: NOK 436 900 per year.

(PhD 1) The aim of the “Refractive error development” project is to investigate the role of ocular and retinal structural differences in myopia, emmetropia and hypermetropia and to specify how this variation contributes to the development of refractive errors. The candidate will be trained to use in-house high resolution in-vivo retinal imaging techniques (AOSLO confocal, dark-field and split-detector imaging), electrophysiology and experimental psychophysics if needed. The PhD project will be supervised by professor Rigmor C. Baraas. For further information concerning the position please contact her on rigmor.baraas@usn.no

Link to online announcement and application:
http://ift.tt/2sD6MDw

(PhD 2) The aim of the “Healthy lighting design for sensitive population groups at high latitudes (Norway)” is to analyse different aspects that provide healthy lighting for chosen sensitive population group (relevant in Norway). If possible, to propose a lighting design solution that may be experimentally tested (virtual and real-time experiments) and effects of which could be statistically studied. Both daylight and artificial lighting will be included into the scope of the project. The PhD project will be supervised by associate professor Veronika Zaikina. For further information concerning the position please contact her on veronika.zaikina@usn.no.

Link to online announcement and application:
http://ift.tt/2EP6FcF

BACKGROUND INFORMATION
UC Southeast Norway has 18 000 students and 1500 employees. The university college is organized in four faculties, with facilities, degree programmes and R&D activities on eight campuses.

The National Centre for Optics, Vision and Eye Care on the Kongsberg campus encompasses teaching, clinical and research facilities for bachelor, master and PhD education in optometry & vision science and lighting design. New facilities were completed in 2015, funded through a strategic commitment by USN in collaboration with the optometry and eye care industry in Norway, and represent one of the best equipped eye care and vision science facilities for teaching and research in Northern Europa. The clinic includes 24 fully-equipped examination rooms for comprehensive eye examinations covering eye health and visual function and including specialized equipment for examining children’s vision, for examination and follow-up of the visually impaired, and for examination of the anterior segment disease and for specialized special contact lenses fitting. There are also three pre-examination rooms with equipment for visual field testing and imaging of the anterior and posterior segments of the eye (fundus cameras, optical coherent tomography instruments (OCT), corneal tomography), as well as equipment for biometric measurements of the eyes. The main eye clinic accepts external patients. There are seven research laboratories with specialized equipment for research in the themes: (1) Lighting Design including 3D visualisation tools; (2)Anterior segment, dry eyes and special contact lenses; (3) Visio-motor, children and vision, including equipment for measuring eye movements and visual-motor function; (4) Visual ergonomics, including equipment for measuring muscle tension and blood flow in muscles; (5) Posterior segment and visual field, including several types of OCT instruments (Topcon, Zeiss Cirrus, Heidelberg Spectralis), as well as perimetry and microperimetry; (6) Colour and contrast vision, retinal electrophysiology, high-resolution retinal imaging, including experimental psychophysics set-ups, as well as electroretinograms (ERG) equipment, adaptive optics floodlight ophthalmoscope (AO flood) and adaptive optics scanning light ophthalmoscope (AOSLO). Additional equipment includes several types of autorefractors and ocular biometers.


Rigmor C. Baraas, PhD
Professor
Director, National Centre for Optics, Vision and Eye Care
http://ift.tt/2sBOSkm

Tel: +47 31 00 89 62/ +47 92 83 66 59
rigmor.baraas@usn.no

http://www.usn.no/
University College of Southeast Norway
Hasbergsvei 36
3616 Kongsberg
Norway


[visionlist] Postdoctoral position in human intracranial electrophysiology

[Apologies for multiple posting]

We invite applicants with strong motivation in investigating the neural mechanisms of visual attention to apply for a postdoctoral position at the Rockefeller Neuroscience Institute (RNI), West Virginia University.The applicant will work on intracranial single-unit recordings from human subjects, investigating questions related to visual saliency and social attention in autism. This will include experimental work with neurosurgical patients (electrophysiology and behavior), data processing and analysis, spike-train analysis, and experimental design. The applicant will have access to state-of-the art equipment, facilities and analytical methods and this research will be in a highly collaborative environment. The applicant will not only collaborate with investigators at the RNI, but also be part of an established team of investigators at both Cedars-Sinai Medical Center (Dr. Ueli Rutishauser) and the California Institute of Technology (Dr. Ralph Adolphs), with ample opportunity to learn new techniques and methods.Candidates should have strong programming (Matlab or similar) skills. Expertise in machine learning is desired. Individuals with previous human intracranial EEG experience and/or macaque single neuron recordings that wish to expand into human single-unit recordings are encouraged to apply.For further information, please contact Dr. Shuo Wang at shuo.wang@mail.wvu.edu. Further information about the lab can be found at http://ift.tt/2Gm28vG


[visionlist] AVA travel awards for Phd and Postdoctoral researchers – applications open, deadline April 1

Dear all,

AVA Travel Awards provide funding (up to £750) for attendance costs at any conference or meeting at which the awardee will be presenting a paper or poster. Admissible costs are transport, registration, accommodation and subsistence at a conference.

The awards are open to students registered for a PhD and post-docs within 5 year of achieving their PhD. Applicants must be AVA members and have attended at least one AVA meeting in the 18 months previous to the application deadline. Conferences must be held
in the period 1st April 2018 – 1st April 2019.

Two awards will be made: one (the CRS award) made possible by a donation from our corporate member Cambridge Research Systems, and the other (the Geoffrey J Burton award) made possible by the Vision Scientists Memorial Fund. Recipients of awards are required
to write a conference report for the AVA and CRS websites.

The closing date for applications is 1st April, 2018.

Application forms can be found at the AVA website

http://ift.tt/2khaSth

best,

Isabelle

Isabelle Mareschal, 
Deputy Head of Department,
Senior Lecturer in Experimental Psychology,
School of Biological and Chemical Sciences, 
Queen Mary University of London
i.mareschal@qmul.ac.uk
02078826505 / 6531(lab)
http://ift.tt/2wEIYNV


[visionlist] 1 Postdoc position on visual inspection for the textile industry – [ Postdoc ] 75046

1 Postdoc position on visual inspection for the textile industry – [ Postdoc ] CB

Workplace: IIT – Istituto Italiano di Tecnologia, Genova, Italy

The Pattern Analysis and Computer Vision department (PAVIS) at IIT is looking for a highly qualified postdoc with a strong background in Computer Vision and Pattern Recognition, with particular emphasis on automatic visual inspection applications and other
related areas (e.g., recognition, video analysis, etc.).
The main mission of PAVIS is to design and develop innovative image- and video-based intelligent systems, characterized by the use of highly functional smart sensors and advanced data analytics features. PAVIS also plays an active role in supporting the other
IIT research units providing scientists in Neuroscience, Nanophysics and other IIT departments/centers with ad-hoc solutions.
To this end, the group is involved in activities concerning computer vision and pattern recognition, machine learning, multimodal data analysis and sensor fusion. The lab will pursue this goal by working collaboratively and in cooperation with external private
and public partners.

This call aims at consolidating PAVIS expertise in the research area of automatic visual inspection in the context of highly efficient industrial applications. The research theme is related to the creation of a system that can inspect material on the textile
industry, in particular, yarn control in all its aspects (waste estimation, bale quality control, neps detection, etc.).
This likely implies the development of state-of-the-art and novel algorithms for detection, classification and quality control that should work in a highly automated industrial scenario, in the context of Industry 4.0 framework. In particular, we deem that
this inspection problem will require the joint study of computer vision algorithms with machine learning approaches, both traditional and deep learning. This project will be carried out in collaboration with a major industrial partner.

Candidates for this position should have a Ph.D. in computer vision, pattern recognition or related areas, and research experience and qualification should follow the same lines. Good programming skills in Matlab and C/C++ are also required; knowledge of OpenCV
will be considered a plus. Evidence of top quality research on the above-specified areas in the form of published papers in top conferences/journals and/or patents is also mandatory.
Experience in funded research or industrial proposals (EU, US, national), and a few years of postdoc experience, either in academia or industrial lab, will also be duly considered.
He/she is expected to publish his/her research results in leading international journals and conferences, attend project meetings and writing reports, supervise PhD students and collaborate with other scientists, also with different expertise.
Salary will be commensurate with qualification and experience and in line with international standards.
Further details and informal inquiries can be made by email to pavis@iit.it quoting PAVIS- BC 75046 as reference number.
Please, send your application request to pavis@iit.it quoting PAVIS- BC 75046 in the subject line as reference number. Applications must include:
a curriculum listing all publications (possibly including a pdf of your most representative ones)
a research statement summarizing your research interests, previous research experience and accomplishments, and outlining its relevance to the above topics
the names of 2 referees.

This call will remain open and applications will be reviewed until the position is filled, but please apply by March 15, 2018.

Istituto Italiano di Tecnologia (IIT) was established in 2003 and successfully created a large-scale infrastructure in Genova, a network of 10 state-of-the-art laboratories countrywide, recruited an international staff of about 1100 people from more than 50
countries. IIT’s research endeavor focuses on high-tech and innovation, representing the forefront of technology with possible applications from medicine to industry, computer science, robotics, life sciences and nanobiotechnologies.

In order to comply with Italian law (art. 23 of Privacy Law of the Italian Legislative Decree n. 196/03), the candidate is kindly asked to give his/her consent to allow IIT to process his/her personal data. We inform you that the information you provide will
be solely used for the purpose of assessing your professional profile to meet the requirements of Istituto Italiano di Tecnologia. Your data will be processed by Istituto Italiano di Tecnologia, with its headquarters in Genoa, Via Morego 30, acting as the
Data Holder, using computer and paper-based means, observing the rules on the protection of personal data, including those relating to the security of data. Please also note that, pursuant to art.7 of Legislative Decree 196/2003, you may exercise your rights
at any time as a party concerned by contacting the Data Manager.

Istituto Italiano di Tecnologia is an Equal Opportunity Employer that actively seeks diversity in the workforce.


[visionlist] CVCS 2018 – Second CFP – Submission deadline March 15, 2018

The 9th
Colour and Visual Computing Symposium 2018 (CVCS 2018)

September
19-20, 2018, Gjøvik, Norway

We would like
to remind you that the Colour and Visual Computing Symposium
2018 (CVCS 2018) will take place in Gjøvik, Norway, on
19-20 September 2018. This will be the ninth time that The
Norwegian Colour and Visual Computing Laboratory at the
Norwegian University of Science and Technology (NTNU) organizes
such an event.  This edition of the symposium follows up on the
success achieved by the previous runs, of the biannual Gjøvik
Colour Imaging Symposium (GCIS), from 2003 to 2011, and CVCS
2013 and CVCS 2015. The symposium has attracted a growing number
of participants and provided a platform for fruitful discussions
and exploration of recent theoretical advances and emerging
practical applications of colour and visual information
processing.

The CVCS 2018 symposium will contain a rich
program of invited keynotes, and regular talks on a wide variety
of colour imaging and visual computing topics given by young
researchers and well-known international experts in the field.

Keynote speakers for the symposium are
Professor Holly Rushmeier, (Department of Computer
Science, Yale University), Associate Professor Marcelo
Bertalmío (Information and Communication Technologies,
Universitat Pompeu Fabra) and Professor Michael Felsberg
(Computer Vision Laboratory, Linköping University).

Topics of particular interest to CVCS 2018
include, but are not limited to:

Colour
and Image Metrology

Computational
Photography

Colour
Printing

3D
Capture and Reproduction

Light and
Colour

Vision
and Perception

Colour
Science

Cross-Media
Colour Reproduction

Image and
Video Processing and Analysis

Image and
Video Quality Assessment and Enhancement

Material
Appearance, Visualisation and Reproduction

Spectral
Image Capture, Processing and Reproduction

Imaging
for Applications: Cultural Heritage, Health and Medical, Media
Security, Forensics, Biometrics

Submission
Prospective authors are invited to submit extended abstracts
with initial results (PDF file of 2 to 6 pages). The final
camera-ready papers will be of length 4 to 6 pages. All
submissions must be done through the submission
system according to the authors’
guidelines. All papers will go through a blind review
process.

We have technical sponsorship from IEEE. We
will seek publication of the accepted papers in IEEEXplore. IEEE
reserves the right to exclude a paper from distribution after
the conference, including IEEE Xplore® Digital Library, if the
paper is not presented by the author at the conference.

Best
student paper award
The best student paper will be awarded by a special committee.

Organizing
Committee
General Chairs: Peter Nussbaum and Sony George
Program Chairs: Pål Anders Floor and Jean-Baptiste Thomas
Publication Chair: Ivar Farup
Publicity Chair: Jon Yngve Hardeberg

Sponsors
The symposium is sponsored by the Research Council of Norway and
the Norwegian University of Science
and Technology.

Important dates
Submission Deadline: 15th March 2018
Notification of Acceptance: 15th May 2018
Camera Ready Deadline: 15th June 2018
Registration Deadline: 15th August 2018

We hope to see you soon in Gjøvik!

For additional information visit http://ift.tt/1BiYSgs,
or send your request to: info@colourlab.no