Abowd and Beale Framework - Revision history

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Abowd and Beale’s interaction framework identifies system and user components which communicate via the input and output components of an interface. This communication follows a similar cyclic sequence of steps from the user’s articulation of a task, through the system’s performance and presentation of the task, to the user’s observation of this task’s results, upon which the user can formulate further tasks.<ref>Defining Abowd and Beale Framework [http://researchrepository.napier.ac.uk/2983/1/JKenframavi96.pdf Napier]</ref>

The framework introduces languages for input and output in addition to the core and task languages. By concentrating on the language translations, the interaction framework allows us to determine if the concepts are being communicated correctly.
*Interaction Steps: The interaction framework identifies four steps in the interaction cycle:
**the user formulates the goal and a task to achieve that goal
**the interface translates the input language into the core language
**the system transforms itself into a new state
**the system renders the new state in the output language and sends it to the user Translations

The four translations involved in the interaction framework are
*articulation - the user articulates the task in the input language
*performance - the interface translates the input language into stimuli for the system
*presentation - the system presents the results in the output language
*observation - the user translates the output language into personal understanding<ref>Interaction Models - Abowd and Beale [https://cs.senecac.on.ca/~bth740/pages/content/model.html Senecac]</ref>

[[File: Abowd-beale1.png|300px||300px|Abowd and Beale Framework]]<br />
source: [http://www.isec2005.org.uk/isec/abstracts/papers_b/barry_m.shtml ISEC]

===References===
<references />

← Older revision		Revision as of 13:27, 6 February 2021
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−	Abowd and Beale’s interaction framework identifies system and user components which communicate via the input and output components of an interface. This communication follows a similar cyclic sequence of steps from the user’s articulation of a task, through the system’s performance and presentation of the task, to the user’s observation of this task’s results, upon which the user can formulate further tasks.<ref>Defining Abowd and Beale Framework [http://researchrepository.napier.ac.uk/2983/1/JKenframavi96.pdf Napier]</ref>	+	Abowd and Beale’s interaction [[framework]] identifies [[system]] and user components which communicate via the input and [[output]] components of an interface. This communication follows a similar cyclic sequence of steps from the user’s articulation of a task, through the system’s performance and presentation of the task, to the user’s observation of this task’s results, upon which the user can formulate further tasks.<ref>Defining Abowd and Beale Framework [http://researchrepository.napier.ac.uk/2983/1/JKenframavi96.pdf Napier]</ref>

	The framework introduces languages for input and output in addition to the core and task languages. By concentrating on the language translations, the interaction framework allows us to determine if the concepts are being communicated correctly.		The framework introduces languages for input and output in addition to the core and task languages. By concentrating on the language translations, the interaction framework allows us to determine if the concepts are being communicated correctly.

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-Abowd and Beale’s interaction [[framework]] identifies [[system]] and user components which communicate via the input and [[output]] components of an interface. This communication follows a similar cyclic sequence of steps from the user’s articulation of a task, through the system’s performance and presentation of the task, to the user’s observation of this task’s results, upon which the user can formulate further tasks.<ref>Defining Abowd and Beale Framework [http://researchrepository.napier.ac.uk/2983/1/JKenframavi96.pdf Napier]</ref>
+Abowd and Beale’s interaction framework identifies system and user components which communicate via the input and output components of an interface. This communication follows a similar cyclic sequence of steps from the user’s articulation of a task, through the system’s performance and presentation of the task, to the user’s observation of this task’s results, upon which the user can formulate further tasks.<ref>Defining Abowd and Beale Framework [http://researchrepository.napier.ac.uk/2983/1/JKenframavi96.pdf Napier]</ref>
 The framework introduces languages for input and output in addition to the core and task languages.  By concentrating on the language translations, the interaction framework allows us to determine if the concepts are being communicated correctly.
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 [[File: Abowd-beale1.png|300px||300px|Abowd and Beale Framework]]<br />
 source: [http://www.isec2005.org.uk/isec/abstracts/papers_b/barry_m.shtml ISEC]
 ===References===
 <references />