A human cognition framework for information visualization
Robert E. Patterson, Leslie M. Blaha, Georges G. Grinstein, Kristen K. Liggett, David E. Kaveney, Kathleen C. Sheldon, Paul R. Havig, Jason A. Moore
In Computers & Graphics, 42(0), 2014.
Abstract: We present a human cognition framework for information visualization. This framework emphasizes how top-down cognitive processing enables the induction of insight, reasoning, and understanding, which are key goals of the visual analytics community. Specifically, we present a set of six leverage points that can be exploited by visualization designers in order to measurably influence certain aspects of human cognition: (1) exogenous attention; (2) endogenous attention; (3) chunking; (4) reasoning with mental models; (5) analogical reasoning; and (6) implicit learning.
Keyword(s): Visual attention
Article URL: http://dx.doi.org/10.1016/j.cag.2014.03.002
BibTeX format:
@article{Patterson:2014:AHC,
  author = {Robert E. Patterson and Leslie M. Blaha and Georges G. Grinstein and Kristen K. Liggett and David E. Kaveney and Kathleen C. Sheldon and Paul R. Havig and Jason A. Moore},
  title = {A human cognition framework for information visualization},
  journal = {Computers & Graphics},
  volume = {42},
  number = {0},
  pages = {42--58},
  year = {2014},
}
Search for more articles by Robert E. Patterson.
Search for more articles by Leslie M. Blaha.
Search for more articles by Georges G. Grinstein.
Search for more articles by Kristen K. Liggett.
Search for more articles by David E. Kaveney.
Search for more articles by Kathleen C. Sheldon.
Search for more articles by Paul R. Havig.
Search for more articles by Jason A. Moore.

Return to the search page.


graphbib: Powered by "bibsql" and "SQLite3."