論文募集 IEEE PacificVis 2014 (March 4-7, 2014, Yokohama, Japan)

[itot [at] is.ocha.ac.jp]

お茶の水女子大学の伊藤です。（複数受信の際にはご容赦下さい。）

東京大学の高橋成雄先生のメールを転送します。

環太平洋地区の情報可視化の国際会議として開催されていたAPVis
(Asia Pacific Visualization)を母体として，2008年に日本から産
声を上げた IEEE Pacific Visualization Symposium (PacificVis)
が，来年3月は日本に戻り，慶應義塾大学日吉キャンパスにて開催の
予定になっております．PacificVis は現在，VisWeek(米国本土)，
EuroVis(欧州)と並んでIEEEが主催(共催)する可視化関連三大国際会
議の一角を占めております．

下記のCFPにありますとおり，選定された優秀な技術論文は，国際
論文誌 IEEE TVCG へ拡張版の投稿が推薦されるシステムもありま
す．締め切りが９月初めになりますが，ぜひ奮って最新の成果をご
投稿いただけますよう，よろしくお願い申しあげます．

============================================================
Call for Papers

(Apologies for receiving multiple copies)

IEEE PacificVis 2014
Yokohama, Japan, March 4 to 7, 2014
Paper submission deadline: 	September 2, 2013, 11:59pm (PDT)

http://www.pvis.org/
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PacificVis 2014 is the 7th IEEE sponsored international
visualization symposium in the Asia-Pacific region, with the
objective to foster greater exchange between visualization
researchers and practitioners, and to draw more researchers
in the Asia-Pacific region to enter this rapidly growing
area of research. Past PacificVis symposia were held in
Kyoto, Japan (2008), Beijing, China (2009), Taipei, Taiwan
(2010), Hong Kong, China (2011), Songdo, Korea (2012), and
Sydney, Australia (2013), and all were sponsored by IEEE
VGTC. This time, PacificVis will be back to Japan again and
held in Yokohama from March 4 to 7, 2014.

From this year 2014, we start a two-stage review process for
the symposium formally, to guarantee the publication of
high-quality papers. This will allow us to invite an
increased number of accepted paper authors to submit a
revised version to the journal IEEE TVCG. The papers should
be original and not previously published. Papers will be
refereed and accepted on the basis of their scientific merit
and relevance to the symposium topics.

------------------------------------------------------------
Submission URL: https://precisionconference.com/~vgtc/
------------------------------------------------------------

Papers Format : Original unpublished papers of up to 8 pages
(two-column, single-spaced, 10 point font, including
figures, tables and references) are invited. Manuscripts
must be written in English, and follow the formatting
guidelines here:
http://www.cs.sfu.ca/~vis/Track/pacvis.html

Suggested topics include, but are not limited to:

Visualization application areas such as but not limited to:
   *   statistical graphics and mathematics
   *   financial, security and business visualization
   *   physical sciences and engineering
   *   earth, space, and environmental sciences
   *   geographic/geospatial/ terrain visualization
   *   molecular, biomedical, bioinformatics and medical visualization
   *   text, documents and software visualization
   *   social, ambient and information sciences
   *   education and everyday visualization
   *   multimedia (image/video/music) visualization
   *   any other non-spatial data or spatial data that is visualized with a new spatial mapping 

Data focused visualization research:
   *   high-dimensional data and dimensionality reduction and data compression
   *   multidimensional multi-field, multi-modal, multi-resolution and multi-variate data
   *   causality and uncertainty data
   *   time series, time varying, streaming and flow data
   *   scalar, vector and tensor fields
   *   regular and unstructured grids
   *   point-based data
   *   large scale data (petabytes, ...)

Technique focused visualization research:
   *   volume modeling and rendering
   *   extraction of surfaces
   *   topology-based and geometry-based techniques
   *   glyph-based techniques
   *   integrating spatial and non-spatial data visualization
   *   machine-learning approaches

Graph and network visualization research:
   *   design and experimentation of graph drawing algorithms
   *   techniques, interfaces and interaction methods for graphs, trees, and other relational data
   *   visualization of graphs and networks in application areas (e.g., social sciences, biology, geography, software engineering, circuit design, business intelligence)
   *   interfaces and interaction techniques for graph and network visualizations
   *   Benchmarks and experimental analysis for graph visualization systems and user interfaces

Interaction focused visualization research:
   *   icon- and glyph-based
   *   focus + context
   *   animation
   *   zooming and navigation
   *   linking + brushing
   *   coordinated multiple views
   *   view-dependent visualization
   *   data labeling, editing and annotation
   *   collaborative, co-located and distributed
   *   manipulation and deformation
   *   visual data mining and visual knowledge discovery

Empirical and comprehension focused visualization research
   *   visual design and aesthetics
   *   cognition and perception issues
   *   cognitive studies on graph drawing readability and user interaction
   *   presentation, dissemination and storytelling
   *   design studies, case studies and focus groups
   *   task and requirements analysis
   *   metrics and benchmarks
   *   evaluations of all types: qualitative, quantitative, laboratory, field, and usability studies
   *   validation and verification
   *   perception theory including such factors as color texture, scene, motion perception, perceptual cognition

System focused visualization research
   *   novel algorithms and mathematics
   *   mobile and ubiquitous
   *   taxonomies and models
   *   methodologies, discussions and frameworks
   *   visual design, visualization system and toolkit design
   *   illustrative visualization
   *   data warehousing, database visualization and data mining
   *   collaborative and distributed visualization
   *   mathematical theories for visualization

Hardware, Display and Interaction Technology
   *   large and high-res displays
   *   stereo displays
   *   mobile and ubiquitous environments
   *   immersive and virtual environments
   *   multimodal input (touch, haptics, voice, etc. )
   *   hardware acceleration
   *   GPUs and multi-core architectures
   *   CPU and GPU clusters
   *   distributed systems, grid and cloud  environments
   *   volume graphics hardware

For further information, please do not hesitate to contact us.
Contact Email: pv2014 [at] visual.k.u-tokyo.ac.jp

Symposium Chair:
- Issei Fujishiro, Keio University, Japan

Program Co-Chairs:
- Ulrik Brandes, Universitat Konstanz, Germany
- Hans Hagen, Technische Universitat Kaiserslautern, Germany
- Shigeo Takahashi, The University of Tokyo, Japan




Takayuki Itoh (伊藤貴之) (itot [at] is.ocha.ac.jp)
Dept. of Information Sciences, Ochanomizu University
http://itolab.is.ocha.ac.jp/~itot/