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I.
INTRODUCTION
ICAVITECH 2013 is the 1st International Conference on Artificial Vision Technologies
for Disabled People. The conference will be held in Valencia, Spain from 25 to 26 November
2013. The conference is focused on information and communication technology application and
especially on the artificial vision and industrial and manufacturing and application of
electronics, controls and computational intelligence and demotic technologies for disabled
people.
The conference objectives are to provide high quality research and professional
applications for the advancement of science and technology.
The organizing Committee ICAVITECH 2013 looks forward to welcoming you to
Valencia, Spain from 25 to 26 November 2013.
The conference target group (Who should attend the conference): All researchers,
academics, world’s industry and people interested on the advances on research and development
of new technologies for disabled people are cordially invited to participate in the conference
with presentations, special sessions and social activities.
1. Signal and Image Processing: virtual reality systems, computer vision, industrial
vision, signal and image processing, multimedia application, neuronal networks, cloud
programming, Fuzzy Logic.
2. Artificial intelligence and Robotics: Intelligent systems and robotics, security
applications, human-robot interface, artificial vision robot, real time systems, robotic
prosthesis, algorithms for object detection.
3. System application and integration: Adaptative control, control of the technology in
the vehicle, medicine and biotechnology, neuronal networks, intelligent systems, industrial
application, wireless networks.
4. Object recognition: two dimensional 2D object recognition, 3D object recognition,
face recognition, emotional recognition, surface recognition and materials, cognitive
recognition, classification methods.
5. Text recognition: Optical Character Recognition, scanned text recognition, dynamic
text recognition.
6. Object and environment detection: obstacle detector algorithms, obstacle detectors
through sensor application, environment representation methods, and mathematic methods
of object detection, depth calculation, methods and tools.
7. Navigation: Navigation devices, GPS, laser based travel devices, ultrasonic devices,
synthetic sound devices and technology, acoustic sound devices, navigation simulators.
8. Augmented reality: Augmented reality mobile platforms, augmented reality for cars,
medicine, games and engineering, tourism and navigation.
9. Industrial design: design and accessibility.
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The accepted papers will be published on the conference proceedings with ISBN and
the selected papers will be selected for publication on Dyna Bilbao Journal with ISSN: 19891490.
II.
METHODS
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equation numbers must be in parenthesis and positioned at the right side. All equations must be
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comments over the figure. Table heads should appear above the tables. Use the abbreviation
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ACKNOWLEDGEMENTS
Please include the sponsor and people who collaborate on the research and are not
included as authors in the acknowledgements.
REFERENCES
Please number the citations consecutively within brackets [1]. On the text refer to the
reference number [1].
Use 10 point Time New Roman for references:
[1] L. Dunai, G. Peris-Fajarnés, E. Lluna and B. Defez, Sensory navigation device for blind
people. The Journal of Navigation, Vol. 67 (1), pp. 1-14, 2013
[2] L. Dunai, W.M. Hartmann, Frequency dependence of the interaural time difference
thresholds in human listeners - Journal of the Acoustical Society of America, Vol. 129 (4),
pp. 2485 – 2485, 2011
[3] L. Dunai, B. Defez, I. Lengua, G. Peris-Fajarnés, 3D CMOS sensor based acoustic object
detection and navigation system for blind people, Proceedings of The 38th Annual
Conference of the IEEE Industrial Electronics Society IECON2012,pp. 4208-4215, 2012
[4] L. Dunai, G. Peris-Fajarnés, T. Magal-Royo, B. Defez, Cognitive Navigation And Object
Detection System For Blind People, Proceedings of the 2nd International AEGIS
Conference and Final Workshop, pp.358-362, 2011
[5] L. Dunai, G. Peris-Fajarnés, V. Santiago, B. Defez, I. Lengua, , Real–Time Assistance
Prototype – a new Navigation Aid for blind people, Proceedings of the 36th Annual
Conference of the IEEE Industrial Electronics Society IECON2010, pp. 1173-1178, 2010
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