Holograms system

Literature review

 

  • As usual, no system is completely novel.
  • Have other scholars contributed to assessing agency in your particular area?
  • A bit of research is always a good place to start (be sure to cite your sources).

 

 

Define the agents (decision-making actors) in your system

 

  • List and distinguish the actors in your system which make decisions based on inputs and rules
  • Recall these don’t need to be human, but certainly should include any human actors

 

 

Define agency in terms of inputs, decision rules, and behavior changes (outputs)

 

  • Do this for ALL actors
  • This is usually most easily done in if-then clauses (like writing pseudo-code)
  • It works best if you can isolate the behaviors and limit the complexity of the clauses
  • Be sure to identify and remain consistent in the use of “measurables”
  • Be sure to think thoroughly about your “logic”

 

For example:

 

Actor 1: Bicycle Commuter

Assume the norm is that the bicycle is always taken to work

 

Rule 1: (temperature in C, humidity in %)

If Temperature >35 and Humidity > 40 then

Take car instead

End if

 

Rule 2: (note: precipitation can be none, light, moderate, heavy)

If Precipitation = HEAVY then

Take car instead

Else if Precipitation is LIGHT or MODERATE then

Wear raingear

End if

 

Actor 2: Cat

Assume the norm is that the cat goes outside every day

 

Rule 1:

If Temperature >35 and Humidity > 40 then

Stay inside

End if

Rule 2: (note: precipitation as above)

If Precipitation is NOT“NONE” then

Stay inside

End if

 

 

Discuss the dominant actor(s) and how they “drive” or “lead” the system

 

  • Sometimes there are actors whose behaviors dominate the system
  • These should be identified and their dominance reviewed
  • Do their activities and decisions play too large a role?
  • Are there hidden influences you’ve forgotten to address?

 

 

Discuss interactions with other systems that might have “contributory” or “opposing” agency

 

  • Your system will most likely have some interaction with other systems
  • In a nearly decomposable hierarchy (Simon, 1962), such interactions should be well defined.
  • Think about whether or not your system operates in relative seclusion, or is impacted by other systems within the larger view.
  • Think about how your simple rules are influenced.
  • Give specific suggestions about how your simple rules must change (or not).

 

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