Research Article

Quantum-Inspired Wolf Pack Algorithm to Solve the 0-1 Knapsack Problem

Table 2

The results of the ten KP01 knapsack problems.

NumberAlgorithmsBestWorstAVGSTDObtained timesResults from the literature [10]

KP1BWPA295295295020295_Genetic algorithm, 209_Greedy Algorithm,
295_Fuzzy particle swarm optimal algorithm
QWPA295295295020

KP2BWPA481.69481.69481.69020481.69_Adaptive harmony algorithm
QWPA481.69481.69481.69020

KP3BWPA1024102410240201018_Greedy Algorithm, 1024_Quantum harmony algorithm
QWPA102410241024020

KP4BWPA9767976797670209757_Dminsionality reduction algorithm,
9767_ Quantum harmony algorithm
QWPA102410241024020

KP5BWPA309630663080.58.1703082_ Simulated annealing algorithm,
3090_ Genetic algorithm based on simulated annealing
QWPA3103309531013.2316

KP6BWPA310430803092.87.2703105_Different evaluation based on hybrid encoding, 3112_Greedy Genetic algorithm,
3114_Learned harmony search algorithm
QWPA311931103116.33.037

KP7BWPA16102101021610202014865_Genetic algorithm, 15565_Binary particle swarm optimal algorithm,
15955_ Simulated annealing algorithm
QWPA161021610216102020

KP8BWPA836283568361.41.85177775_Genetic algorithm based on greedy strategy,
8362_Ant colony optimization algorithm with scout subgroup
QWPA836283628362020

KP9BWPA5183518351830205107_ Hybrid particle swarm algorithm,
5101_Discrete particle swarm optimization algorithm
QWPA518351835183020

KP10BWPA15170151701517002015080_ Hybrid discrete particle swarm optimization algorithm,
15089-Discrete particle swarm optimization algorithm based on penalty function
QWPA151701514415164.28.7815