Dear colleagues,
The *EuroVis Young Researcher Award* [1][2] is given each year to one young researcher in the field who has already made a significant contribution to visualization in general and more specifically to the European visualization community (e.g., through outstanding scientific contributions to the EuroVis conference [3]. The intent of this award is to recognize people early on in their career who have already made a notable contribution and are likely to make more.
Nominations: Members of the visualization research community may nominate individuals for the EuroVis Young Researcher Award by contacting the awards chair, Eduard Gröller (groeller(a)cg.tuwien.ac.at). Candidates to the EuroVis Young Researcher Award 2021 must have finished their PhD in 2015 or later. Deadline for nominations is *January, 15th 2021* [4].
Eduard Gröller
EuroVis Young Researcher Award Chair
[1] https://www.eurovis.org/index.php/awards/
[2] https://www.eg.org/wp/eurographics-awards-programme/visualization-award/
[3] https://www.eurovis.org/
[4] People who have been nominated in the past do not need to be re-nominated again as their nomination will be rolled over.
--
Save the Date: EUROGRAPHICS'2021!! 3-7 May, 2021
Eduard Groeller mailto:groeller@cg.tuwien.ac.at
TU Wien http://www.cg.tuwien.ac.at/
(DVR: 0005886)
Dear Colleagues,
The deadline is getting close! You still have a chance to submit your
contributions to the 2021 edition of the Computer Graphics Forum Cover
Contest.
We are looking for the cover image to appear on 2021 issues of Computer
Graphics Forum.
Please send your interesting and visually appealing image from one of your
latest papers.
http://vcg.isti.cnr.it/cgf/
We are looking forward to your submissions!
Thanks again to Federico Ponchio for coordinating.
Bedrich Benes and Helwig Hauser
CGF Editors in Chief
EuroVis 2021 - Invitation to Volunteer for Reviewing
We would like to invite experienced researchers in the community to volunteer for reviewing for Eurovis 2021.
Community participation is fundamental to ensure a diverse and high quality reviewing process!
Deadline to volunteer is Friday December 11, 2020
To volunteer to review
* login to https://new.precisionconference.com
* Under the "Reviews" tab select "Volunteer to review"
* In the "Society" field select "Eurographics" from the dropdown menu
* In the "Conference/Journal" field select "Eurovis2021" from the dropdown menu
* In the "Full Papers" field select the number of papers you wish to review
* Finally remember to update your conflicts and area of expertise. These can be updated under the "Reviews" tab, by selecting "Provide areas of expertise" and "Manage conflicts".
Reviewer guidelines and code of practice can be found at:
https://www.eurovis.org/index.php/for-reviewers/
Thank you in advance for considering our invitation and looking forward to your participation!
Best Regards
Eurovis Full Papers chairs
Rita Borgo, King’s College London, UK
G. Elisabeta Marai, University of Illinois at Chicago, USA
Tatiana von Landesberger, Technische Universität Darmstadt , Germany
Dear colleagues,
At this moment, it has yet not been decided whether the EuroVis conference
will be held virtually or physically this year. More information will be
posted at the EuroVis webpage (https://www.eurovis.org/). However,
irrespective of the COVID-19 situation in the spring, in order to prepare
an engaging program for all attendees, we need your help. Please mark the
following dates in your calendars and consider contributing to the poster
session at EuroVis 2021.
IMPORTANT DATES:
Submission deadline: April 12, 2021
Notification: April 30, 2021
Camera-Ready Version: May 14, 2021
All deadlines are at 23:59 GMT on the date indicated.
The poster track will present late-breaking results, work in progress,
follow-up extensions, application case studies, or evaluations of existing
methods related to visualization and computer graphics. In particular, it
provides young researchers, especially postgraduate students, with valuable
opportunities to receive feedback from other researchers and engage in
stimulating discussions leading to possible new collaborations. This year
we also invite posters describing open research problems defined by domain
scientists (e.g., physicians, biologists, industry partners, etc.).
We solicit poster submissions in the form of a sketch (i.e., an extended
abstract of at most 2 pages in the EuroVis poster format, with an
additional page allowed for references only). For detailed poster
preparation and submission instructions please refer to the webpage:
https://www.eurovis.org/index.php/for-submitters/posters/
Kind regards,
Jan Byška, Stefan Jänicke, and Johanna Schmidt
EuroVis 2021 Posters Chairs
posters(a)eurovis.org
3D Shape Retrieval Challenge, SHREC2021, http://www.shrec.net/
Call for Track Proposals
===================
*New since 2020: Full paper submissions will follow a two-stage review
process and will be published in the international journal Computes &
Graphics upon acceptance.*
*We strongly encourage to consider the graphics replicability stamp
initiative, http://www.replicabilitystamp.org/, and to apply for this
additional sign of recognition.*
*Introduction*
The general objective of the 3D Shape Retrieval Contest is to evaluate the
effectiveness of 3D-shape retrieval algorithms. SHREC2020 is the fifteens
edition of the contest. Like previous years, it is organized in conjunction
with the Eurographics Workshop on 3D Object Retrieval, where the results
will be reviewed and presented, https://3dor2021.github.io/.
Thanks to the efforts of previous track organizers, SHREC already provides
many resources to compare and evaluate 3D retrieval methods. For this year's
contest, we aim to explore new and updated tracks. Therefore, the
participants are invited to have an active role in the organization of the
event. This includes proposing track themes, building or acquiring a test
collection, and deciding upon the queries, relevance assessment, and
performance measures.
The participants of each track will collectively write a paper, which will
be peer reviewed, and published in Computers & Graphics upon acceptance. At
least one author per track must register for the workshop, and present the
results. We also cordially invite all participants of a track to register
and attend the workshop.
*Tracks*
The tracks organized in the past years have covered different aspects and
tasks of 3D shape retrieval, for example: rigid or non-rigid models; partial
(e.g. range scan) or complete models; sketch-based 3D retrieval; generic or
domain specific models (e.g. CAD, biometrics, architectural and protein),
and various aspects such as metric learning, outlier detection,
correspondence, robustness, stability, registration, classification,
recognition, pose estimation, and machine learning.
Now we solicit again proposals for tracks. You may opt for one of the above
themes, or propose new ones. Track organizers are responsible for all
aspects of organizing the track, such as: the task, the data collection
(copyright issues, etc.), the queries, the ground truth, the experimental
design, the evaluation method, and the procedural aspects, writing the final
paper in collaboration with the contestants, and submitting it. See the
SHREC home page http://www.shrec.net/ for examples of organizational aspects
of previous tracks. We strongly encourage to consider the graphics
replicability stamp initiative, http://www.replicabilitystamp.org/, to apply
for this additional sign of recognition, and to include this in your track
proposal.
*Procedure*
The following list is a step-by-step description of the activities:
. Potential track organizers send their proposal to shrec(a)cs.uu.nl
<mailto:shrec@cs.uu.nl> , describing the envisioned task, collection,
queries, ground truth, evaluation method, and expected number of
participants, and plans to apply for the graphics replicability stamp.
. Promising tracks and their organizers will be listed at the SHREC web
page, the track organizers start working out the details.
. Participants register for the tracks they want to participate in.
. Each track is performed according to its own schedule.
. The track organizers collect the results.
. The track results are combined into a joint paper. Papers are subject to
peer review, accepted journal papers are published in Computers & Graphics.
. The description of the tracks and their results are presented at the
Eurographics Workshop on 3D Object Retrieval (4-5 September 2020, Graz,
Austria).
*SHREC Time Schedule*
. December 29, 2020: Submission deadline for track proposals.
. December 30, 2020: Notification of acceptance of track proposals.
. January till March 15, 2021: Each track has its own time line.
. March 15, 2021: Each track is completed, and results are included in a
track report, submitted for review.
. April 15, 2021: Reviews done, first stage decision on acceptance or
rejection.
. May 15, 2021: First revision done.
. June 15, 2021: Second stage decision on acceptance or rejection.
. June 30, 2021: Final revision.
. July 05, 2021: Final decision on acceptance.
. September, 2021: Publication online in Computers & Graphics journal.
The individual tracks will have their own time schedule for registration of
participants, release of queries or submission of executables, and
submission of results, etc.
*Organization*
For information about the challenge, and the results of previous editions,
see the SHREC home page, http://www.shrec.net/, or contact shrec(a)cs.uu.nl
<mailto:shrec@cs.uu.nl> .
Dear Colleagues,
This is a reminder that there is still time to submit your entry to the 2021
edition of the Computer Graphics Forum Cover Contest!
We are looking for the cover image to appear on 2021 issues of Computer
Graphics Forum.
Please send your exciting and visually appealing image from one of your
latest papers.
http://vcg.isti.cnr.it/cgf/
We are looking forward to your submissions!
Thanks again to Federico Ponchio for coordinating.
Bedrich Benes and Helwig Hauser
CGF Editors in Chief
Education in Graphics in Times of Covid - Call extended to 31st December 2020
Call for Papers on Special Issue on Computer Graphics (and related subjects) Education in the Time of Covid
_____
We invite submissions to the <https://www.journals.elsevier.com/graphics-and-visual-computing/> Graphics & Visual Computing Journal, the open access sister journal of Computers & Graphics, <https://www.journals.elsevier.com/graphics-and-visual-computing/call-for-pa…> Special Section on Computer Graphics Education (and related subjects) in the time of Covid.
The Covid-19 pandemic has profoundly affected society worldwide and forced Universities and other Higher Education institutions to move their programs online almost overnight; students and faculty had to adapt to this new reality and go on with their activities in very different conditions without any specific planning or training. This was naturally more problematic for some courses and topics than for others; Computer Graphics and related courses (e.g. Visualization and Virtual Reality) may have been particularly challenging as they involve very specific Hardware and Software that typically students only have access to at their institutions’ premises. Nevertheless, this also brought opportunity to institutions, which should be better prepared to face new challenges, and perhaps to leverage this experience to foster a hybrid model of education with significant benefits.
This Call addresses papers identifying and debating issues, presenting solutions, guidelines, and lessons learned based on the experience gained during these extraordinary times.
Please follow the submission guidelines for the Graphics & Visual Computing Journal as detailed in the guide to authors. Ensure that you read and follow the instructions linked below carefully before uploading your submission at:
<https://www.editorialmanager.com/gvc/> https://www.editorialmanager.com/gvc/
All submissions will be fully peer-reviewed by at least three experts according to the standards of Graphics & Visual Computing. Authors of accepted papers will be invited to present their work at the <https://conferences.eg.org/eg2021/for-submitters/education-paper-submission/> Eurographics 2021 Education track (online).
Important Dates
Submission Due: December 31, 2020
First Decision: January 31, 2021
Revised Papers Due: February 28, 2021
Final Decision: March 31, 2021
Publication: July 2021
The Guest Editors:
Beatriz Sousa Santos, University of Aveiro; Eike Anderson, University of Bournemouth; Gitta Domik, Paderborn University
<mailto:cg.at.distance@gmail.com> cg.at.distance(a)gmail.com
Submission Guidelines:
Authors should select “VSI: CG education at distance”, from the “Choose Article Type” pull-down menu during the submission process. To ensure that all manuscripts are correctly identified, for consideration by the special issue, the authors should indicate in the cover letter that the manuscript has been submitted for the special issue “Computer Graphics and related subjects Education in the time of Covid”.
We also want to bring your attention to the
CALL for the Education Track for the <https://conferences.eg.org/eg2021/> 42nd Eurographics conference, held on May 3 − 7, 2021, organized in Vienna, Austria, as a virtual conference. The Call is at <https://conferences.eg.org/eg2021/for-submitters/education-paper-submission/> https://conferences.eg.org/eg2021/for-submitters/education-paper-submission/
Submission Deadline: 24 January 2021
Any questions? Ask us:
Co-Chairs
Beatriz Sousa Santos and Gitta Domik
<mailto:chairs-eg2021edu@eg.org> chairs-eg2021edu(a)eg.org
---------------
Educators! Are you teaching computer graphics or using computer graphics to teach? Submit your innovations, experiences and insights to EUROGRAPHICS’2021, 3-7 May, 2021 <https://conferences.eg.org/eg2021/for-submitters/education-paper-submission/> https://conferences.eg.org/eg2021/for-submitters/education-paper-submission/
Prof. Dr. Gitta Domik-Kienegger
Fakultät Elektrotechnik, Informatik und Mathematik (EIM)
Universität Paderborn
<https://cs.uni-paderborn.de/cgvb/> https://cs.uni-paderborn.de/cgvb/
---------------------------------
Faculty for Computer Science, Electrical Engineering and Mathematics
Paderborn University
<https://cs.uni-paderborn.de/en/cgvb/> https://cs.uni-paderborn.de/en/cgvb/
Call for Posters
EUROGRAPHICS'2021 in Vienna, Austria, May 3-7, 2021, conferences.eg.org/eg2021 <http://conferences.eg.org/eg2021> ---> enjoy Vienna !
Authors are invited to submit proposals for poster presentations of recent results, work in progress, new ideas and other smaller projects which may be of interest to the general community, but which are still too speculative, incomplete or not of sufficient extent to warrant a (full or short) paper. We encourage submissions from all areas related to computer graphics, such as rendering, modeling, visualization, perception, animation, simulation, virtual reality, computer vision, and imaging.
One or more authors of accepted posters are expected to be online with their posters (details to be announced) during the poster session to discuss their work and answer questions. Accepted posters and the final papers will be included in the digital media with the proceedings and other material.
Timeline
February 21, 2021
Submission deadline
March 15, 2021
Notification
March 28, 2021
Camera-ready 2-page paper, final pdf of the poster due
April 5, 2021
Short video due
* All deadlines are at 23:59 UTC
Submission Details
Poster submissions should be in the form of a 2-page paper which must be formatted according to the Eurographics Author’s guidelines and should be accompanied by a preliminary version of the actual poster. Submissions shall be anonymous and made through the Submission and Review Management (SRMv2) system <https://srmv2.eg.org/COMFy/Conference/EG_2021P> of Eurographics and subject to a review process.
The authors of accepted posters are expected to provide:
– a poster in landscape (16:9) format as a pdf, with a resolution of at least 1600×900 pixels,
– a final 2-page paper describing the poster content,
– a short video (up to 2 min) explaining the poster to a virtual visitor.
Eurographics Poster Chairs
Jiří Bittner, TU Prague, Czech Republic
Manuela Waldner, TU Wien, Austria
For any question concerning poster submissions please contact the poster chairs: chairs-eg2021posters(a)eg.org <mailto:chairs-eg2021posters@eg.org>
--
EUROGRAPHICS'2021 Calls are open now -> May 3-7, 2021, online !
conferences.eg.org/eg2021 ---> enjoy virtual Vienna!
sponsored by Eurographics, VRVis, Adobe, Disney, KAUST, Snap, GritWorld
Job offer: doctoral thesis position
The Research Institute Against Digestive Cancer (IRCAD) of Strasbourg and the
University of Strasbourg, ICube lab, IGG team (Computer Graphics and Geometry)
seek high quality candidates for a PhD position.
Title: Interactive Visualization of 3D Echography Images with Volume Rendering.
Thesis Director: Jean-Michel Dischler, Professor (dischler(a)unistra.fr <mailto:dischler@unistra.fr> )
Co-advisors:
Flavien Bridault, Software Development Director, IRCAD ( f lavien . bridault @ ircad .fr )
Jonathan Sarton, Associate Professor ( sarton @unistra.fr )
Location: Strasbourg, France
Keywords: Volume rendering, 3D ultrasound imaging, classification, transfer function, empty
space skipping
The candidate should have a Master degree in Computer science or equivalent with following
desired skills:
• Scientific Visualization
• Volume data processing
• Knowledge of GPU/shaders programming
• C++ programming
Context and motivations:
In the past few decades, surgery has produced significant advances in the fight against cancer.
Today, computer science research offers surgery a new revolution with augmented surgery.
Augmented surgery allows the surgeon to surpass standard human cognitive skills to significantly
improve the quality of care, by enhancing vision, decision and gesture. An important imaging
modality in surgery is ultrasound. This is painless, safe, real-time, non-invasive and compatible with
standard surgical tools. In fact, unlike computed tomography (CT), it does not require the use of Xrays,
and unlike magnetic resonance (MR), it can be performed with the presence of ferromagnetic
objects. In addition, its cost is much lower than these modalities. However, the understanding of
these images requires great expertise to mentally reconstruct the structures observed in 3D space,
using the sequence of images acquired during an examination.
This is the reason why, for several years, researchers and manufacturers in the sector have been
seeking to provide 3D ultrasound images. Nowadays, this can be achieved in two ways. The first
one consists in reconstructing a volume from a sequence of 2D images, using a 2D ultrasound probe
equipped with an electromagnetic or an optical sensor. This approach is commonly referred as
"freehand 3D ultrasound". Real 3D or even 4D ultrasound probes also exist, but they are less
common, and they provide lower resolutions and refresh rate.
Whatever the source, visualizing a 3D ultrasound image is a particularly difficult and unresolved
research topic. Today, it is accepted that direct volume rendering is the most suitable method for
viewing 3D images [1]. Each voxel is associated with colour and opacity, allowing the
operator to look through the volume. To operate globally on the image, a transfer function,
conventionally 1D, combines ranges of intensity with pairs of colour and opacity.
However, the nature of ultrasound images is very noisy and has a low dynamic range. Unlike CT
MR images, ultrasound shows changes in physical properties rather than the physical properties
themselves. Consequently, conventional 1D transfer functions fail to segment these homogeneous
structures.
Finally, conventional ultrasound probes offer a second mode, the Doppler mode. It is mainly used to
distinguish arteries from vein. The fusion of 3D images in B and Doppler mode is technically
difficult due to the increase in data size and the actual blend between the two images [5, 6].
In this thesis, we are interested in the visualization of 3D ultrasound volumes for computer assisted
sonography, diagnostics, interventional radiology and percutaneous surgery and training simulators.
We will focus on the liver and the kidney to distinguish target structures (organ, tumour), critical
surrounding structures (blood vessels, lymph nodes, etc.) and needles in the volume.
PhD Objectives:
In the above context, the objective of this thesis is to tackle the challenges of interactive
visualization of 3D ultrasound images [1] by direct volume rendering, with a particular focus on the
classification of the data, combined with a rendering performance concern. There are three main
scientific and technological objectives.
As a first objective, the aim will be to propose a system to design efficient transfer functions [3] to
define appropriate opacity levels [8] for the different target structures to be visualized in volumes
acquired by ultrasound. For such volumes with low dynamic range, a significant amount of noise
and variable intensities for the same tissue, it will be necessary to adopt approaches that consider
additional information beyond the simple voxel intensity level [2] (classical 1D functions). In
addition, we will focus on the visualization of multi-modal ultrasound image fusion (B-mode,
doppler, elastography) and possibly with other types of acquisitions (CT-scan, MRI). It will be
necessary to develop methods to combine data classification, either by a single transfer function that
groups all modalities or with several independent transfer functions. Hence, it will also be necessary
to think of a way to adapt the visualization to multi-modality in relation to the chosen type of
classification.
As a second objective, we will focus on an approach oriented towards the efficiency of the
rendering performance. It is possible to improve the performance of the direct volume rendering
algorithm by using accelerating structures, like pyramidal representations [7]. Indeed, approaches
that divide the volume space into appropriate sub-regions, not only allow to increase the size of data
volumes, but also allow to efficiently apply empty spaces skipping [4] (due to their transparency
associated with the transfer function), the latter contributing to accelerate rendering. The aim is to
focus on the implementation of an accelerating data structure that updates itself dynamically in
relation to the interactive management of the selected classification tool. Thus, propose the
implementation of an efficient rendering adapted to the visualization of structures with empty
regions, which are not necessary for diagnosis and which can reduce rendering costs.
Finally, the goal is to target the design of a complete interactive visualization tool. Thus, the
development of methods based on recent advances in the literature in terms of data filtering,
clipping, lighting and shading, and the management of uncertainty in the context of medical
ultrasound image acquisition will be considered.
Work environment:
The PhD. student will be hosted in the Surgical Data Science team of IRCAD Strasbourg for three
years, allowing him to benefit from existing software, infrastructure, agile management, support
from experts in computer graphics and the possibility of testing the results in a clinical setting. Part
of the research time during the thesis will also be spent in the Engineering, Computer Science and
Imaging Laboratory (ICube) of the University of Strasbourg with researchers from the Computer
Graphics and Geometry team.
The IRCAD Surgical Data Science team has been researching and developing augmented surgery
software for 20 years that is intended to assist surgeons, interventional radiologists and
gastroenterologists. The complexity and multiplicity of challenges associated with augmented
surgery naturally require a team of suitable size. Consequently, in addition to its collaborations with
the University of Strasbourg, the Surgical Data Science team is developing and forging international
partnerships thanks to twin IRCAD institutes, and in particular IRCAD Africa, located in Kigali.
The growth of the IRCAD Africa Surgical Data Science team has been carefully planned. The team
now has 9 members, reaching 40 members within 5 years. To achieve this ambitious goal, IRCAD
Africa is supporting the most deserving African computer scientists to receive funding enabling
them to complete their doctoral training in Strasbourg. This is in collaboration with the best
research teams of the University of Strasbourg. The best post-graduates will then have the
opportunity to help lead, mentor and train new talents in IRCAD Africa in a virtuous cycle.
References:
[1] Å. Birkeland, V. Solteszova, D. Hönigmann, O.H. Gilja, S. Brekke, T. Ropinski, & I. Viola, « The
ultrasound visualization pipeline-a survey », 2012, arXiv preprint arXiv:1206.3975.
[2] C. Schulte zu Berge, M. Baust, A. Kapoor, & N. Navab, « Predicate-Based Focus-and-Context
Visualization for 3D Ultrasound », IEEE Trans. Visual. Comput. Graphics, vol. 20, no 12, p. 2379-2387, déc.
2014, doi: 10.1109/TVCG.2014.2346317.
[3] P. Ljung, J. Krüger, E. Groller, M. Hadwiger, C. D. Hansen, & A. Ynnerman, « State of the Art in
Transfer Functions for Direct Volume Rendering », Computer Graphics Forum, vol. 35, no 3, p. 669-691,
juin 2016, doi: 10.1111/cgf.12934
[4] M. Hadwiger, A. K. Al-Awami, J. Beyer, M. Agus, & H. Pfister, « SparseLeap: Efficient Empty Space
Skipping for Large-Scale Volume Rendering », IEEE Transactions on Visualization and Computer Graphics,
vol. 24, no 1, p. 974-983, janv. 2018, doi: 10.1109/TVCG.2017.2744238.
[5] Kim, E.-H., Managuli, R., & Kim, Y. (2009). New flexible multi-volume rendering technique for
ultrasound imaging. Medical Imaging 2009: Ultrasonic Imaging and Signal Processing
[6] O. Zettinig, C. Hennersperger, C. Schulte zu Berge, M. Baust, & N. Navab. “3D Velocity Field and Flow
Profile Reconstruction from Arbitrarily Sampled Doppler Ultrasound Data”.Medical Image Computing and
Computer-Assisted Intervention (MICCAI), 2014, Boston, USA
[7] Sarton, J., Courilleau, N., Remion, Y., Lucas, L.: Interactive Visualization and On-Demand Processing of
Large Volume Data: A Fully GPU-Based Out-Of-Core Approach. IEEE Trans. Vis. Comput. Graph. pp. 1–1
(2019) https://doi.org/10.1109/TVCG.2019.2912752
[8] Stéphane Marchesin, Jean-Michel Dischler, Catherine Mongenet: Per-Pixel Opacity Modulation for
Feature Enhancement in Volume Rendering. IEEE Trans. Vis. Comput. Graph. 16(4, 560-570 (2010)
Dirk Bartz Prize for Visual Computing in Medicine 2021 (Eurographics Medical
Prize)
Submission Deadline: February 12, 2020
Reviews Due: March 19, 2020
Notification: March 26, 2020
Camera-Ready: April 23, 2020
Talk at Conference and Award: June 14-18, 2020
The Eurographics Association organizes a biannual competition, to
acknowledge the contribution of computer graphics and visualization
techniques in the medical field, and to encourage further development.
Originally called "Eurographics Medical Prize", the competition was renamed
to "Dirk Bartz Prize for Visual Computing in Medicine" in 2010---in honor of
Dirk Bartz, who passed away in March 2010. Dirk Bartz was a highly
recognized and enthusiastic scientist, teacher and promoter of Visual
Computing in Medicine; furthermore, he was an active member of the
Eurographics Association, and Chair of the EG Medical Prize, in 2007 and
2009. Before, the prize was collocated with the Eurographics Conference, and
since this year it will be collocated with EG/VGTC EuroVis.
Call
Submissions to the Dirk Bartz Prize for Visual Computing in Medicine 2021
are being invited from researchers and developers, who can demonstrate that
a particular benefit in a medical application has resulted from the use of
visual computing technology that they have produced/developed. We welcome
submissions from all areas of visual computing---examples include the use of
new data visualization techniques, interaction methods, or virtual/augmented
environments. Entries typically summarize a body of research and/or
development that has been conducted over the course of a project, PhD
thesis, etc. and particular weight is put on demonstrating the medical
impact of the work.
Winners
The top three winning entries of the Dirk Bartz Prize for Visual Computing
in Medicine 2021 will receive a prize and their submission will be published
in the "Short Papers and Medical Prize Awards" digital media proceedings,
and in the EG Digital Library.. The judging panel will select the winning
entry on the basis of its clinical value, use of visual computing methods,
and novelty. All three winning teams will have an opportunity to present
their results at EG/VGTC EuroVis 2021, which means that at least one author
of each winning team must register and attend, to present the results.
The
<https://www.eg.org/wp/eurographics-awards-programme/other-eg-awards/dirk-ba
rtz-prize-for-visual-computing-in-medicine/> Hall of Fame documents previous
recipients of the prize.
Submission Guidelines
Submissions will be made electronically through the
<https://new.precisionconference.com/eurovis21a> Precision Conference
System.
Submitted written entries have to be prepared as papers of up to 4 pages (+1
extra page for references) and must be formatted according to the
<https://www.eurovis.org/wp-content/uploads/2020/11/egPublStyle-EG-Dirk-Bart
z-Prize-2021.zip> conference template.
The submission of complementary material like videos, demo applications, and
references to additional publications of the authors, theses, etc. is highly
welcome.
Co-chairs
Steffen Oeltze-Jafra, Otto von Guericke University Magdeburg, Germany
Renata Georgia Raidou, University of Groningen, the Netherlands
For any question concerning medical prize submissions please contact the
medical prize co-chairs at: dbprize(a)eurovis.org
International Jury
(to be announced)