8. Keiichiro Ono
Background
Bioinformatics
Computer Science
Work
Research
Bioinformatics workflow
Visualization pipeline
Data
Visualization
Networks
Other Biological Data
Integration
Molecular Interactions
Pathways
Annotations
Software Development
Cytoscape
NeXO
Cyberinfrastructure
All kinds of small tools
Like
Art
Kandinsky
Mondrian
Music
Electronica
Techno
Minimal
Detroit
Jazz
Sci-fi
Movie
Novel
Life
US
San Diego
San Francisco Bay Area
Los Angeles
Orange County
Japan
Gifu
Tokyo
14. Keiichiro Ono
Background
Bioinformatics
Computer Science
Work
Research
Bioinformatics workflow
Visualization pipeline
Data
Visualization
Networks
Other Biological Data
Integration
Molecular Interactions
Pathways
Annotations
Software Development
Cytoscape
NeXO
Cyberinfrastructure
All kinds of small tools
Like
Art
Kandinsky
Mondrian
Music
Electronica
Techno
Minimal
Detroit
Jazz
Sci-fi
Movie
Novel
Life
US
San Diego
San Francisco Bay Area
Los Angeles
Orange County
Japan
Gifu
Tokyo
38. –Tamara Munzner
Visualization is suitable when there is a
need to augment human capabilities
rather than replace people with
computational decision-making methods.
Visualization Analysis and Design. A K Peters/CRC Press, 10/2014.
可視化の利用は、(機械学習などの)計算機的手法で人を置き換える場合ではなく、
ヒトの能力を拡張して意思決定を行う必要がある時にこそ適切である。
106. grammar of graphics:
a general scheme for data visualization which
breaks up graphs into semantic components such
as scales and layers
en.wikipedia.org/wiki/Ggplot2
149. References
• Tufte, Edward R., and P. R. Graves-Morris. The visual display of quantitative
information. Vol. 2. Cheshire, CT: Graphics press, 1983.
• Wilkinson, Leland, et al. The grammar of graphics. Springer Science &
Business Media, 2006.
• Shen, Helen. "Interactive notebooks: Sharing the code." Nature 515.7525
(2014): 151-152.
• Tamara Munzner. Visualization Analysis and Design. A K Peters Visualization
Series, CRC Press, 2014.