APVIS 2006: Tokyo, Japan

• Kwan-Liu Ma:
  Cyber security through visualization. 3-7
  
• Taketo Kurokawa:
  Japanese landscape and my environmental design. 9-12
  
• Michael A. Bekos, Michael Kaufmann, Katerina Potika, Antonios Symvonis:
  Polygon labelling of minimum leader length. 15-21
  
• Takayuki Itoh, Fumiyoshi Yamashita:
  Visualization of multi-dimensional data of bioactive chemicals using a hierarchical data visualization technique "Heiankyo view". 23-29
  
• Ganesan Subramaniam, Kenneth Ong:
  Mesh simplification using ellipsoidal schema for isotropic quantization of face-normal vectors. 31-34
  
• Michael Bui, Nick Lowe, Masahiro Takatsuka:
  Visualization of a closed three-dimensional surface using portal-based rendering. 35-38
  
• Christian Klukas, Falk Schreiber, Henning Schwöbbermeyer:
  Coordinated perspectives and enhanced force-directed layout for the analysis of network motifs. 39-48
  
• Katsuhiro Ikeda, Kozo Sugiyama, Isamu Watanabe, Kazuo Misue:
  Generation of relevance maps and navigation in a digital book. 49-58
  
• DucDung Nguyen, Tu Bao Ho, Saori Kawasaki:
  Knowledge visualization in hepatitis study. 59-62
  
• Bok Dong Kim, Sang Ok Koo, Hyok Don Kwon, Seong Dae Jung, Soon Ki Jung, Minho Lee, YongWoo Rho, SungJa Koo:
  Integrated visualization for geometry PIG data. 63-66
  
• Damian Merrick, Joachim Gudmundsson:
  Increasing the readability of graph drawings with centrality-based scaling. 67-76
  
• Yingxin Wu, Masahiro Takatsuka:
  Visualizing multivariate network on the surface of a sphere. 77-83
  
• Adrian Rusu, Radu Jianu, Confesor Santiago, Christopher Clement:
  An experimental study on algorithms for drawing binary trees. 85-88
  
• Hiroki Omote, Kozo Sugiyama:
  Method for drawing intersecting clustered graphs and its application to web ontology language. 89-92
  
• Zeqian Shen, Michael Ogawa, Soon Tee Teoh, Kwan-Liu Ma:
  BiblioViz: a system for visualizing bibliography information. 93-102
  
• Takumi Kobayashi, Kazuo Misue, Buntarou Shizuki, Jiro Tanaka:
  Information gathering support interface by the overview presentation of web search results. 103-108
  
• Nagayoshi Nakazono, Kazuo Misue, Jiro Tanaka:
  NeL²: network drawing tool for handling layered structured network diagram. 109-115
  
• Joelma de Moura Ferreira, Hugo A. D. do Nascimento, Eduardo Simões de Albuquerque:
  Interactive optimization in cooperative environments. 117-120
  
• Wolfgang Müller, Thomas Nocke, Heidrun Schumann:
  Enhancing the visualization process with principal component analysis to support the exploration of trends. 121-130
  
• Yusuke Hideshima, Hideki Koike:
  STARMINE: a visualization system for cyber attacks. 131-138
  
• S. Tomita, Y. Hayashi:
  Spatial analysis of centralization and decentralization in the population migration network. 139-142
  
• Hee Yong Yoo, Suh Hyun Cheon:
  Visualization by information type on mobile device. 143-146
  
• Tomoyuki Hansaki, Buntarou Shizuki, Kazuo Misue, Jiro Tanaka:
  FindFlow: visual interface for information search based on intermediate results. 147-152
  
• Masaki Ishihara, Kazuo Misue, Jiro Tanaka:
  Ripple presentation for tree structures with historical information. 153-160
  
• Soichiro Iga, Makoto Shinnishi:
  SnapShoot: integrating semantic analysis and visualization techniques for web-based note taking system. 161-167
  
• Kazuo Misue:
  Drawing bipartite graphs as anchored maps. 169-177
  
• Yi-Yi Lee, Chun-Cheng Lin, Hsu-Chun Yen:
  Mental map preserving graph drawing using simulated annealing. 179-188
  
• Tim Dwyer, Seok-Hee Hong, Dirk Koschützki, Falk Schreiber, Kai Xu:
  Visual analysis of network centralities. 189-197
  
• Weidong Huang, Seok-Hee Hong, Peter Eades:
  How people read sociograms: a questionnaire study. 199-206
  
• Weidong Huang, Seok-Hee Hong, Peter Eades:
  Predicting graph reading performance: a cognitive approach. 207-216
  
• Mark Baskinger, Ki-Chol Nam:
  Visual narratives: the essential role of imagination in the visualization process. 217-220
  
• Adam Ghandar, A. S. M. Sajeev, Xiaodi Huang:
  Pattern puzzle: a metaphor for visualizing software complexity measures. 221-224
  

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