PTSP
Acknowledgements: This work is based on the work and the instances set up by H. Neil Geismar, Gilbert Laporte, Lei Lei, and Chelliah Sriskandarajah, (2008).
H. Neil Geismar, Gilbert Laporte, Lei Lei, and Chelliah Sriskandarajah. The Integrated Production and Transportation Scheduling Problem for a Product with a Short Lifespan. INFORMS Journal on Computing 2008, 20:1 , 21-33.
Instance: 11_1: results of the instance number 1, the replication number 1 and with 1 vehicle.
BSF: the best found solution
TT: the total CPU time in seconds
T*: the CPU time in seconds to get the BSF
Each solution link gives access to one file as follow:
Num: the trip number
Vehicle: the vehicle number
Customers_Sequence: the sequence of customers in the trip
Demand: amount of product to be produced to satisfy the customers in the trip
P_Time: time to produce all products
T_Time: time to make the transportation of all products
P_Start_Date: starting date of the production for the trip
T_Start_Date: starting date of the transportation for the trip
Each gantt_link gives access to one file as follow:
Mp: production tasks on a single machine
Mt: transportation tasks on one or several machines (vehicles)
All results for 1 vehicle
All results for 2 vehicles
All results for 3 vehicles
All results in a .zip file:
This web page provide a full description of the results introduced in:
Philippe Lacomme, Aziz Moukrim, Alain Quilliot, Marina Vinot. The Integrated Production and Transportation Scheduling Problem based on a GRASP resolution scheme. 8th IFAC Conference on Manufacturing Modelling, Management and Control (MIM), Troyes, France, June 28-30 2016. Submitting article
- Instances:
H. Neil Geismar, Gilbert Laporte, Lei Lei, and Chelliah Sriskandarajah. The Integrated Production and Transportation Scheduling Problem for a Product with a Short Lifespan. INFORMS Journal on Computing 2008, 20:1 , 21-33.
- Detailed Solutions.
BSF: the best found solution
TT: the total CPU time in seconds
T*: the CPU time in seconds to get the BSF
Each solution link gives access to one file as follow:
Vehicle: the vehicle number
Customers_Sequence: the sequence of customers in the trip
Demand: amount of product to be produced to satisfy the customers in the trip
P_Time: time to produce all products
T_Time: time to make the transportation of all products
P_Start_Date: starting date of the production for the trip
T_Start_Date: starting date of the transportation for the trip
Each gantt_link gives access to one file as follow:
Mt: transportation tasks on one or several machines (vehicles)