Assessing the Usability of Human-Computer Interfaces

Lindquist, Timothy E.

doi:10.1109/ms.1985.230052

Cited by 20 publications

(2 citation statements)

References 10 publications

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“…An example of a more rigorous analytical evaluation is represented by Reisner's (1981) work, described in Section 2.0, analyzing the grammar underlying two different user interfaces to the same functional system. Lindquist (1985) has proposed a technique based on the application of conventional software metrics for evaluating the complexity of the control structure underlying human-computer dialogues. He assumes that measured complexity is related to various aspects of user performance such as ease of learning although no attempt has been made to validate this relationship.…”

Section: Analytical Evaluation Methodsmentioning

confidence: 99%

Human Engineering Impact on The STARS SEE Architecture SEE-ARCH-008-001.0.

Bailey¹

1985

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Section: Analytical Evaluation Methodsmentioning

confidence: 99%

Human Engineering Impact on The STARS SEE Architecture SEE-ARCH-008-001.0.

Bailey¹

1985

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“…Lindquist, 1985), an d context-providing, "surrounding " the user-visible displays and action s with various types of supportiv e information (Treu et al ., 1989b) .…”

Section: Design Process Mode Lmentioning

confidence: 99%

Design process and decision rationale models for the N-Chime interface system

Treu¹,

Sanderson²,

Rozin³

et al. 1990

SIGCHI Bull.

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The N-CHIME interface system wa s designed with the broad objective o f enabling, or " empowering, " differen t types of users to carry out effective modeling and simulation application s with the Hierarchical Simulatio n Language (HSL) . A design methodology was developed that is based on a "parallel processes" model : a triad o f parallel design processes, one directed a t each of the user, the interface, and th e application . For comprehensive an d systematic interface design, such a methodology is essential . N-CHIME ha s been implemented and tested . Thi s paper presents an overview of the desig n models and some of the resulting tool s and techniques supportive of th e application-specific user . It als o highlights the importance of providin g online access to the design decisio n rationales that were used for the variou s user-visible tools and devices . INTRODUCTIO N

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The Use of Visual Representations in Information Retrieval Applications

Crouch

Korfhage

1990

Visual Languages and Applications

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Assessing the Usability of Human-Computer Interfaces

Cited by 20 publications

References 10 publications

Human Engineering Impact on The STARS SEE Architecture SEE-ARCH-008-001.0.

Human Engineering Impact on The STARS SEE Architecture SEE-ARCH-008-001.0.

Design process and decision rationale models for the N-Chime interface system

The Use of Visual Representations in Information Retrieval Applications

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