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Contents
Chapter 10 Supporting Consistent Design and Sensemaking across Ship
Bridge Equipment through Open Innovation
155
S. C. Mallam and K. Nordby
...................................
Chapter 11 User-Centred Agile Development to Support Sensemaking
173
M. E. N. Begnum
............
Chapter 12 Improving Safety by Learning from Automation in
Transport Systems with a Focus on Sensemaking and
Meaningful Human Control
191
Å. S. Hoem, S. O. Johnsen, K. Fjørtoft, Ø. J. Rødseth,
G. Jenssen, and T. Moen
.............................................................
Chapter 13 Application of Sensemaking: Data/ Frame Model, to UAS AIB
Reports Can Increase UAS GCS Resilience to Human Factor
and Ergonomics ( HF/ E) Shortfalls
.209
Q. R. Waraich
..................................................
Chapter 14 Constrained Autonomy for a Better Human–Automation
Interface
235
Ø. J. Rødseth
........................................................................................
Chapter 15 HMI Measures for Improved Sensemaking in Dynamic
Positioning Operations
249
L. Hurlen
.....................................................................
Index
263
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