Building Task-Product-Focused User Interfaces Using Information Sets and Design Patterns

Abstract

Design patterns have been increasing in popularity as a method supporting human-computer interface (HCI) development. Patterns represent various levels of design abstraction and can describe the design rationale in a constent manner. They can enable design communication among distributed designers working on large scale command and control (C²) systems. The design goal for a complex C² system is a concise set of patterns that supports a large variety of mission domains. A set of design patterns has been developed for a future Naval C² system. The HCI task domains encompass a variety of mission and shipboard task processes. A small set of design patterns have been created to represent a set of HCI navigation tasks which serve a variety of mission types. Task navigation HCI methods guide the user to computer generated products which service mission goals in a “mission-centered” design context. Task product patterns are described by a taxonomy of task product characteristics. Further testing of the proposed navigation & product patterns is in progress and usability tests indicate that patterns tested thus far show promising performance and training gains.

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References

Borchers

Thomas

(2001). Patterns: What's In It for HCI? Extended Abstracts of the CHI 2001 Conference on Human Factors in Computing Systems (Seattle WA, March 31-April 5). New York: ACM Press.

Borja

Kellmeyer

Edwards

(2003). Task Manager for TTWCS v5 Usability Evaluation Report. (unpublished Tech Report, February) Space & Naval Warfare Systems Center. San Diego, CA: Author.

Borja

Kellmeyer

Chang

(2003). LACS RPT Version 12.2 Usability Evaluation Report. (unpublished Tech Report, August) Space & Naval Warfare Systems Center. San Diego, CA: Author.

Brooks

(2003). Empirically Validating System Design: The Results, Conclusions, & Implications of TTWCS Summer 2003 Usability Testing. Unpublished Presentation. Lockheed-Martin Mission Data Systems, Valley Forge, PA: Author.

Kellmeyer

Borja

(2003). LACS Rapid Prototype Version 10.2 Usability Evaluation Report. (unpublished Tech Report, April) Space & Naval Warfare Systems Center. San Diego, CA: Author.

Kellmeyer

Osga

(2004). From Legacy C² Systems Toward Mission-Centered Design: Tomahawk Missile Weapon Control System. 2004 Command Control Research and Technology Symposium. San Diego CA: DoD CCRP Press, publications@dodccrp.org.

Mahemoff

Johnston

(2001). Usability Pattern Languages: the “Language” Aspect. In Hirose

(Ed.) Human-Computer Interaction: Interact '01 (pp. 350–358). Amsterdam, The Netherlands: IOS Press.

Osga

(2003). Building Goal-Explicit Work Interface Systems. Proceedings of the Human-System Integration Symposium 2003. Washington DC: American Society of Naval Engineers.

Osga

(2004). Mission-Centered Design Guidelines for Command & Control Systems. Technical Report (in progress) Space & Naval Warfare Systems Center San Diego, CA.

10.

Sheridan

T. B.

(1996). Speculations on Future Relations Between Humans and Automation. In Parasuraman

Mustapha

(Ed.) Automation and Human Performance: Theory and Applications (pp. 449–460). New Jersey: Lawrence Erlbaum Associates.

11.

Sheridan

T. B.

Verplank

(1978). Human and Computer Control of Undersea Teleoperators. Cambridge, MA: Man-Machine Systems Laboratory, Department of Mechanical Engineering, MIT.

12.

Vlissides

(1996). Design Patterns in Design Reviews. Proceedings of 18th International Conference on Software Engineering. (pp. 103–114) Los Alamitos, CA: IEEE Publications.

13.

Williams

(2004). Human Performance Assessment for the TTWCS Task-Based HCI. 2004 Command and Control Research and Technology Symposium. San Diego CA: DoD CCRP Press, publications@dodccrp.org.