NPCompletenessProvedBy

P142028
predicate

Indicates that the NP-completeness of a problem is established through a proof provided by a particular person, work, or method.

All labels observed (4)

Label Occurrences
establishesNPCompletenessOf 19
npCompletenessProofBy 2
NPCompletenessProvedBy canonical 1

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'
Input
Predicate: NPCompletenessProvedBy
Generated description
Indicates that the NP-completeness of a problem is established through a proof provided by a particular person, work, or method.

Sample triples (23)

Subject Object
SAT problem Stephen Cook ⓘ
Reducibility Among Combinatorial Problems Satisfiability problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Clique problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Vertex Cover problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Hamiltonian Cycle problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Traveling Salesman problem (decision version) via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Set Covering problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Feedback Vertex Set problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Chromatic Number problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Partition problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Knapsack problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Exact Cover problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Hitting Set problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Steiner Tree problem (decision version) via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Job Sequencing problem (NP-complete variant) via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems 3-Dimensional Matching problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Subset Sum problem via predicate surface "establishesNPCompletenessOf" ⓘ
linked to: Subset sum problem
Reducibility Among Combinatorial Problems Set Packing problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Node Cover problem via predicate surface "establishesNPCompletenessOf" ⓘ
Reducibility Among Combinatorial Problems Exact Cover by 3-Sets problem via predicate surface "establishesNPCompletenessOf" ⓘ
linked to: Exact Cover problem
SAT Stephen Cook via predicate surface "npCompletenessProofBy" ⓘ
SAT Leonid Levin via predicate surface "npCompletenessProofBy" ⓘ
SAT The Complexity of Theorem-Proving Procedures via predicate surface "npCompletenessProofPublication" ⓘ