Block 3 - lecture 3 Flashcards

1
Q

challenges of automation?

A
  • cost compared to labour
  • less flexible than labour
  • less feasible for short lifecycles
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2
Q

swarm behaviour?

A

many agents solving a complex problem together with simple rules/reactions
(distributed/heterarchical control)

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3
Q

feedback in collective action? eg?

A

via indirect means eg. bee waggle dance

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4
Q

BDI model?

A
  • Belief (sensing the environment)
  • Desire (having an objective)
  • Intention (can carry out actions)
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5
Q

reactive agents?

A
  • they react

- they don’t deliberate with others

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6
Q

deliberative agents?

A

like reactive agents, and..

  • symbolic model of the environment
  • memory
  • can plan
  • can make decisions
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7
Q

MAS?

A

multi agent system

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8
Q

Multi agent system?

A
  • many semi-autonomous agents in software
  • can have different purposes
  • can be reactive/deliberative
  • solve problems through collaboration (without deliberation)
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9
Q

types of agents?

A
  • reactive
  • deliberative
  • autonomous
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10
Q

autonomous agents?

A

like deliberative agents, and…

  • re-configurable (can be added/taken without affecting others
  • holonic (contained behaviour)
  • robust (not reliant on a centralised control)
  • self-sealing (errors are ‘absorbed’ by other agents and adaptation)
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11
Q

examples of multi-agent systems in manufacturing?

A
  • dynamic task allocation (react to change)

- transport routing (react to resources available and congestion)

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12
Q

what do product holons represent?

A

parts and assemblies

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13
Q

what do resource holons represent?

A

equipment

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14
Q

what do order holons represent?

A

orders

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15
Q

what do staff holons represent?

A

people or external decision makers

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16
Q

hierarchical structure vs holonic manufacturing systems?

A

for holonic systems, different sensors / machines / cells can have all functions self contained (eg. planning scheduling)

bottom-up vs top-down

17
Q

HMS?

A

holonic manufacturing systems

18
Q

advantages / disadvantages of ‘distributed and intelligent’ control solutions over traditional control systems?

A

+flexible, programmable and dynamic
+good response to disturbances
-less efficient for high volume