This directory contains the following files with results of a tabu
search algorithm for the flow-shop problem with intermediate buffers:
The used test sets are benchmark instances for the flow-shop problem
proposed by Taillard [1993], where four different types of buffer
configurations were added:
Test Instances:
taillard_b0.tgz:
Taillard instances (ta001-ta080) with buffer size b_i=0
taillard_b1.tgz:
Taillard instances (ta001-ta080) with buffer size b_i=1
taillard_b2.tgz:
Taillard instances (ta001-ta080) with buffer size b_i=2
taillard_bn.tgz:
Taillard instances (ta001-ta080) with buffer size b_i=n
taillard.c:
C-Program to generate all test instances
taillard2.txt:
Lower and upper bounds for the taillard benchmark instances
Results of the tabu search algorithm published in Brucker, Heitmann,
Hurink [2002]:
start.dat:
Start values for the makespan of the tabu search procedure
for the taillard instances with different buffer capacities
best.dat:
Best makespans found by the tabu search procedure over all test
runs for a given buffer capacity
Re1It5.dat:
CPU-times and best makespans found by the tabu search
(500 iterations, 1 restart)
Re3It5.dat:
CPU-times and best makespans found by the tabu search
(500 iterations, 3 restarts)
Re5It5.dat:
CPU-times and best makespans found by the tabu search
(500 iterations, 5 restarts)
Re1It10.dat:
CPU-times and best makespans found by the tabu search
(1000 iterations, 1 restart)
Re3It10.dat:
CPU-times and best makespans found by the tabu search
(1000 iterations, 3 restarts)
Re5It10.dat:
CPU-times and best makespans found by the tabu search
(1000 iterations, 5 restarts)
Re1It30.dat:
CPU-times and best makespans found by the tabu search
(3000 iterations, 1 restart)
Re3It30.dat:
CPU-times and best makespans found by the tabu search
(3000 iterations, 3 restarts)
Re1It100.dat:
CPU-times and best makespans found by the tabu search
(10000 iterations, 1 restart)
Literature:
Brucker, Heitmann, Hurink [2002]:
Flow-Shop Problems with Intermediate Buffers,
OSM 242.
Taillard [1993]:
Benchmarks for basic scheduling problems,
European Journal of Operational Research 64, 278-285.