Ergonomics

Editorial
pp. 1529-1536(8)

HTA as a framework for task analysis
pp. 1537-1552(16)
Author: Shepherd, A.

Integrating task and data flow analyses using the pentanalysis technique
pp. 1553-1582(30)
Authors: Diaper, D.; McKearney, S.; Hurne, J.

Reasoning about tasks, activities and technology to support collaboration
pp. 1583-1606(24)
Authors: Watts, Leon A.; Monk, Andrew F.

Issues of quality and practicability in task analysis: preliminary results from two surveys
pp. 1607-1617(11)
Authors: Ainsworth, Les; Marshall, Ed

Applied cognitive task analysis (ACTA): a practitioner's toolkit for understanding cognitive task demands
pp. 1618-1641(24)
Authors: Militello, Laura G.; Hutton, Robert J. B.

Enhancing the usability of a task analysis method: a notation and environment for requirements specification
pp. 1642-1663(22)
Authors: Ormerod, Thomas C.; Richardson, Juliet; Shepherd, Andrew

Structured task analysis in complex domains
pp. 1664-1677(14)
Author: Marti, Patrizia

Task and training requirements analysis methodology (TTRAM): an analytic methodology for identifying potential training uses of simulator networks in teamwork-intensive task environments
pp. 1678-1697(20)
Authors: Swezey, Robert W.; Owens, Jerry M.; Bergondy, Maureen L.; Salas, Eduardo

Cognitive task analyses for decision centred design and training
pp. 1698-1718(21)
Authors: O'Hare, David; Wiggins, Mark; Williams, Anthony; Wong, William

Task analysis for the investigation of human error in safetycritical software design: a convergent methods approach
pp. 1719-1736(18)
Authors: Shryane, N. M.; Westerman, S. J.; Crawshaw, C. M.; Hockey, G. R. J.; Sauer, J.

Learning to predict human error: issues of acceptability, reliability and validity
pp. 1737-1756(20)
Authors: Stanton, Neville A.; Stevenage, Sarah V.