Tier 4

ovi - Ordering Variations Integration

Ordering Variations Integration

Input: $ARGUMENTS


Overview

Meta-procedure for choosing which ordering strategy to apply to a given set of steps. Maps problem characteristics to the appropriate ordering skill, then applies it.

Steps

Step 1: Identify the Steps to Order

  1. What steps/tasks need ordering?
  2. What are the dependencies between them?
  3. What are the constraints (time, resources, risk)?
  4. Who is executing? (human, machine, team)

Step 2: Assess Problem Characteristics

CharacteristicIf TrueOrdering to Consider
Clear dependenciesYes/gt (graph traversal), /to (topological)
Resource constrainedYes/ct (crisis triage), /rso (resource opt)
Uncertainty highYes/rm (risk), /ld (learning discovery)
Human executorYes/mp (motivation psychology)
Competitive contextYes/mil (military), /ns (negotiation)
Communication outputYes/cn (narrative)
Deadline drivenYes/td (temporal), /pjm (project mgmt)
Multiple valid solutionsYes/dvs (diversity), /pbs (population)
Learning goalYes/pge (pedagogy), /ld (learning)
Building incrementallyYes/pb (progressive building)
Optimization problemYes/ao (algorithmic), /lcs (local search)
Fairness requiredYes/faa (fairness allocation)
Explore/exploit tradeoffYes/be (bandit exploration)
Constraint satisfactionYes/cns (constraint solving)
Detecting deceptionYes/dv (detection verification)

Step 3: Apply Selected Ordering

  1. Invoke the selected ordering skill
  2. Apply its rules to your steps
  3. Validate the resulting order makes sense

Step 4: Handle Multiple Applicable Orderings

If several orderings apply:

  1. Identify which characteristic dominates
  2. Use the dominant ordering as primary
  3. Use secondary orderings to break ties

When to Use

  • When you have steps that need ordering and arenโ€™t sure which strategy fits
  • As a lookup table for ordering strategies

Verification

  • Problem characteristics assessed
  • Ordering strategy matched to characteristics
  • Resulting order validated