Human processor model: Difference between revisions

Revision as of 19:41, 20 March 2009

Revision as of 19:54, 20 March 2009

Line 1:

'''Human information processor model''' is a cognitive modeling method used to calculate how long it takes to perform a certain task. Other cognitive modeling methods include parallel design, [[GOMS]], and [[KLM (human-computer interaction)]]. Cognitive modeling methods are one way to evaluate the usability of a product. This method uses experimental times to calculate cognitive and motor processing time. Other modeling methods include inspection methods, inquiry methods, prototyping methods, and testing methods.

The human processor model uses the cognitive, perceptual, and motor processors along with the visual image, working memory, and long term memory storages. A diagram is shown below. Each processor has a cycle time and each memory has a decay time. These values are also included below. By following the connections diagrammed below, along with the associated cycle or decay times, the time it takes a user to perform a certain task can be calculated.

is a method of modeling human abilities and [[cognitive process]]es in [[human-computer interaction]]. A deliberately simplified view of human cognition, called the '''model human processor''' (MHP), is used to explain and predict how a human responds to [[stimulation|stimulus]]. The model human processor is composed of memories and processors. The memories are characterized by ''storage capacity'', ''decay time'' and ''type of coding'', and the processors by ''cycle time''. The values of these attributes were determined by empirical studies.

== See also ==

* [[GOMS]]

* [[KLM (human-computer interaction)]]

* [[Human action cycle]]

* [[Systems theory]]

== References ==

Line 13 ⟶ 12:

* [http://www.sims.berkeley.edu/academics/courses/is213/s99/Lectures/Lecture8/sld022.htm INFOSYS 213 lecture notes]

* [http://www.isrc.umbc.edu/HCIHandbook/Chapter_6.html Modeling Humans In Human-Computer Interaction]

* Lui, Yili; Feyen, Robert; and Tsimhoni, Omer. ''Queueing Network-Model Human Processor(QN-MHP): A Computational Architecture for Multitask Performance in Human-Machine Systems.'' '''ACM Transactions on Computer-Human Interaction.''' Volume 13, Number 1, March 2006, pages 37-70.

[[Category:Human-computer interaction]]