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pairwise-ranking

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Pairwise Ranking Campaign — produce global rankings through pairwise comparisons and voting aggregation using Bradley-Terry, Elo, TrueSkill, Condorcet, Borda, Schulze methods.

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Pairwise Ranking

Produce global rankings from pairwise comparisons. This campaign orchestrates comparison collection, rating computation, multi-judge aggregation, and consistency verification to yield robust ordinal rankings with confidence estimates.

Strategy Routing

SignalStrategy
Small N precise comparison / 5-15 options / careful calibrationdeliberative-calibration
Large N sparse / 100+ options / can only compare subsetefficient-exploration
Multi-judge / committee / multi-judge / LLM judge aggregationcollective-adjudication
Continuous update / Elo / live rating / A/B testingdynamic-tracking
Consistency audit / cycle detection / transitivity checkcoherence-diagnosis

Manifest

Strategies

StrategyMethodsWhen
deliberative-calibrationBradley-Terry, Thurstone, AHP pairwise, BordaSmall N complete comparison
efficient-explorationBT incomplete, TrueSkill, Active learning, Rank CentralityLarge N sparse matrix
collective-adjudicationCondorcet/Schulze, Borda, Kemeny-Young, CopelandMulti-judge aggregation
dynamic-trackingElo, Glicko-2, TrueSkill 2, Whole-History RatingContinuous rating update
coherence-diagnosisConsistency Ratio, cycle enumeration, mEloPreference consistency check

Tactics

TacticPurpose
adaptive-pair-selectionIteratively select maximally informative pairs, compare, update ratings, check convergence
multi-judge-aggregationCollect independent ballots from multiple judges, aggregate, identify disagreement
consistency-audit-loopDetect cycles, localize inconsistencies, request corrections, recompute

SOPs

SOPInputOutput
pair-selectorcurrent_ratings, comparison_historynext_pairs[]
comparison-executorpair, contextjudgment(winner, confidence, reasoning)
rating-updatejudgment, current_ratings, methodupdated_ratings
convergence-checkrating_historyconverged(bool), stability_score
ballot-collectioncandidates[], perspectives[]ballots[]
aggregation-methodballots[], methodconsensus_ranking
cycle-detectioncomparison_matrixcycles[], transitivity_score
inconsistency-localizationcomparison_matrix, cycles[]problematic_pairs[]
ranking-synthesisratings, consistency_reportfinal_ranking

Budget Table (M tier)

DimensionThreshold
Comparison pairs>= N*log(N) pairs (N=candidate count)
Judge count (collective)>=3 independent perspectives
Consistency checkCR < 0.1 or equivalent threshold
Convergence criterionranking stability >= 90%

MCP Tools

  • mcp__wiki-vault__vault_search — retrieve candidate descriptions and prior rankings
  • mcp__wiki-vault__vault_add_edge — record ranking relationships
  • mcp__wiki-vault__vault_query_graph — check existing preference edges

Context Management

  • State is maintained in a ranking_state ledger passed between tactics
  • Each SOP receives only its required inputs (no full state leakage)
  • Convergence check gates iteration termination
  • Final synthesis produces the deliverable ranking artifact

Available Strategies

Optional, no fixed order; the final leaf is always a sop.

StrategyWhen to use
coherence-diagnosisStrategy for auditing preference consistency using Consistency Ratio, cycle enumeration, and mElo to detect and resolve intransitivities.
collective-adjudicationStrategy for multi-judge ranking aggregation using Condorcet, Schulze, Borda, Kemeny-Young, and Copeland methods to produce consensus rankings from diverse perspectives.
deliberative-calibrationStrategy for small-N complete pairwise comparison using Bradley-Terry, Thurstone, AHP, and Borda methods to produce calibrated rankings.
dynamic-trackingStrategy for continuous rating updates using Elo, Glicko-2, TrueSkill 2, and Whole-History Rating for live ranking systems and A/B testing.
efficient-explorationStrategy for large-N sparse pairwise comparison using TrueSkill, active learning, and rank centrality to rank 100+ candidates from limited comparisons.

Available SOPs

Optional, no fixed order; the final leaf is always a sop.

SOPWhen to use
context-checkpointAppend research process and results to the current Phase's context file. Each append MUST contain >=500 lines of markdown covering both process and results. Use this skill at plan-designated checkpoint points — typically after each strategy completes or at key decision nodes within a research Phase.
context-initCreate a new context file for a research Phase. Called once at Phase start to initialize the file that subsequent context-checkpoint calls will append to. Use this skill whenever a new research Phase begins and a fresh context file is needed.
convergence-saturation-detectionDetermines when to stop iterating — coverage threshold met or marginal returns diminishing. Shared across all campaigns.