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The Human View Handbook for MODAF: Part V – Appendices

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<strong>The</strong> <strong>Human</strong> <strong>View</strong> <strong>Handbook</strong><br />

<strong>Part</strong> 5: <strong>Appendices</strong><br />

UK HV Description<br />

Operating conditions<br />

Operational phases; settings (e.g. environmental constraints); conditional variations<br />

Assess: compare resulting tasks <strong>for</strong> human per<strong>for</strong>mance<br />

(e.g. task time, probability of completion/success rates, overall mission time, reaction<br />

times, probabilistic error rates, workload)<br />

10 HV-C Locations, and associated physical variables (e.g. environmental stressors – e.g. thermal<br />

stress)<br />

Assess: per<strong>for</strong>mance or health degradation<br />

11 HV-A Actual personnel (actors) with skills/characteristics assigned to roles<br />

Numbers of people specified<br />

12 HV-C Location constraints requiring movement of people or material<br />

13 SV-10<br />

a, b c<br />

(++)<br />

Model of system behaviour (e.g. UAV is managed by both the flight path and the location of<br />

target)<br />

Probabilistic transfer models <strong>for</strong> system state transitions<br />

Assess: represent the movement of agents relative to the terrain and each other (e.g.<br />

Petri-net <strong>for</strong> Petri-net simulation; stocks and flows) -<br />

‘animate’ physical progression<br />

14 HV-G Conditional variations (e.g. events causing loss of nodes; variable efficiency of individual<br />

nodes; loss of communication links)<br />

Event timeline (e.g. phasing, conditions, disturbances)<br />

Assess: per<strong>for</strong>mance of network exchanges (affected by human constraints)<br />

E.g. network in<strong>for</strong>mation exchange per<strong>for</strong>mance (speed in passing in<strong>for</strong>mation, hold-ups,<br />

quality of in<strong>for</strong>mation after multiple passing); predict bottlenecks, e.g. routing problem<br />

15 SV-10<br />

a,b,c<br />

<strong>Human</strong> agent activities (task, sequence, behaviour rules)<br />

Assess: behaviour of human nodes:<br />

<strong>Human</strong> per<strong>for</strong>mance (individual; team) <strong>for</strong> entire task or task sections (compare <strong>for</strong> team<br />

configurations; technology use, conditions) – e.g. in<strong>for</strong>mation overload, task time, error<br />

rates, delays, decision quality/accuracy<br />

16 HV-D Define organisation based on preferred network, roles and task sequences<br />

page 44

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