A grammar-based approach to unifying task-oriented and system-oriented interface descriptions:
Abstract: "Formal descriptions of human-computer interaction can roughly be classified as either user-oriented (e.g. simulation models of user behavior) or system-oriented (e.g. technical specifications of interface components). At present, an explicit conceptualization of tasks is only provide...
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Sankt Augustin
1988
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| Series: | Gesellschaft für Mathematik und Datenverarbeitung <Sankt Augustin>: Arbeitspapiere der GMD
336 |
| Subjects: | |
| Summary: | Abstract: "Formal descriptions of human-computer interaction can roughly be classified as either user-oriented (e.g. simulation models of user behavior) or system-oriented (e.g. technical specifications of interface components). At present, an explicit conceptualization of tasks is only provided by user-oriented approaches. On the other hand, there are obvious applications of making tasks explicit on the side of the system, e.g. automatic protocolling on the task level, intelligent tutoring, context dependent help, or macro generation The method of task-oriented parsing is introduced as a basic technique in order to realize applications of this type. In contrast to solutions which have emerged from the field of artificial intelligence, this approach is based upon a notion of tasks compatible with current user-oriented models like task-action grammars. Task-oriented parsing essentially inverts the process of task-action mapping as realized by several psychologically motivated approaches to modeling human-computer interaction. On the practical side, it is shown how task-oriented parsing as well as task-action mapping can be achieved with one bidirectional Prolog program. |
| Physical Description: | [14] S. |
Staff View
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| 520 | 3 | |a Abstract: "Formal descriptions of human-computer interaction can roughly be classified as either user-oriented (e.g. simulation models of user behavior) or system-oriented (e.g. technical specifications of interface components). At present, an explicit conceptualization of tasks is only provided by user-oriented approaches. On the other hand, there are obvious applications of making tasks explicit on the side of the system, e.g. automatic protocolling on the task level, intelligent tutoring, context dependent help, or macro generation | |
| 520 | 3 | |a The method of task-oriented parsing is introduced as a basic technique in order to realize applications of this type. In contrast to solutions which have emerged from the field of artificial intelligence, this approach is based upon a notion of tasks compatible with current user-oriented models like task-action grammars. Task-oriented parsing essentially inverts the process of task-action mapping as realized by several psychologically motivated approaches to modeling human-computer interaction. On the practical side, it is shown how task-oriented parsing as well as task-action mapping can be achieved with one bidirectional Prolog program. | |
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Record in the Search Index
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| indexdate | 2024-07-09T17:27:56Z |
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| series | Gesellschaft für Mathematik und Datenverarbeitung <Sankt Augustin>: Arbeitspapiere der GMD |
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| spelling | Hoppe, Heinz Ulrich Verfasser aut A grammar-based approach to unifying task-oriented and system-oriented interface descriptions Heinz Ulrich Hoppe Sankt Augustin 1988 [14] S. txt rdacontent n rdamedia nc rdacarrier Gesellschaft für Mathematik und Datenverarbeitung <Sankt Augustin>: Arbeitspapiere der GMD 336 Abstract: "Formal descriptions of human-computer interaction can roughly be classified as either user-oriented (e.g. simulation models of user behavior) or system-oriented (e.g. technical specifications of interface components). At present, an explicit conceptualization of tasks is only provided by user-oriented approaches. On the other hand, there are obvious applications of making tasks explicit on the side of the system, e.g. automatic protocolling on the task level, intelligent tutoring, context dependent help, or macro generation The method of task-oriented parsing is introduced as a basic technique in order to realize applications of this type. In contrast to solutions which have emerged from the field of artificial intelligence, this approach is based upon a notion of tasks compatible with current user-oriented models like task-action grammars. Task-oriented parsing essentially inverts the process of task-action mapping as realized by several psychologically motivated approaches to modeling human-computer interaction. On the practical side, it is shown how task-oriented parsing as well as task-action mapping can be achieved with one bidirectional Prolog program. Human-computer interaction Parsing (Computer grammar) Gesellschaft für Mathematik und Datenverarbeitung <Sankt Augustin>: Arbeitspapiere der GMD 336 (DE-604)BV000613796 336 |
| spellingShingle | Hoppe, Heinz Ulrich A grammar-based approach to unifying task-oriented and system-oriented interface descriptions Gesellschaft für Mathematik und Datenverarbeitung <Sankt Augustin>: Arbeitspapiere der GMD Human-computer interaction Parsing (Computer grammar) |
| title | A grammar-based approach to unifying task-oriented and system-oriented interface descriptions |
| title_auth | A grammar-based approach to unifying task-oriented and system-oriented interface descriptions |
| title_exact_search | A grammar-based approach to unifying task-oriented and system-oriented interface descriptions |
| title_full | A grammar-based approach to unifying task-oriented and system-oriented interface descriptions Heinz Ulrich Hoppe |
| title_fullStr | A grammar-based approach to unifying task-oriented and system-oriented interface descriptions Heinz Ulrich Hoppe |
| title_full_unstemmed | A grammar-based approach to unifying task-oriented and system-oriented interface descriptions Heinz Ulrich Hoppe |
| title_short | A grammar-based approach to unifying task-oriented and system-oriented interface descriptions |
| title_sort | a grammar based approach to unifying task oriented and system oriented interface descriptions |
| topic | Human-computer interaction Parsing (Computer grammar) |
| topic_facet | Human-computer interaction Parsing (Computer grammar) |
| volume_link | (DE-604)BV000613796 |
| work_keys_str_mv | AT hoppeheinzulrich agrammarbasedapproachtounifyingtaskorientedandsystemorientedinterfacedescriptions |