Tags:
Discrete optimisation, Vehicle Routing, BapCod
Owner:
remi.duclos@inria.fr
The code of this application follows the paper : A Bucket Graph Based Labeling Algorithm with Application to Vehicle Routing (R.Sadykov, E.Uchoa, A.Pessoa).
This App uses RealOpt's BapCod Solver to produce optimal solution or best bounds for the following VRP Variants :
You may input data as usual litterature format.
Please find usual data at R.Sadykov's page.
Some oher data and CutOffValues can be found Here.
You may find best CufOffValues at Sadykov, Uchoa, Pessoa.
Find Attached in Allgo Output :
The INRIA-REALOPT BapCodFrameWork used to solve this problem contains the following packages an libraries :
The solver is in beta version, please report us all issues!
31/10/2018 : Version 1.3, Js Libraries3
02/05/2018 : Version 1.2,
23/03/2018 : Version 1.1, initial version
This app id is : 187
This curl command will create a job, and return your job url, and also the average execution time
files and/or dataset are optionnal, think to remove them if not wantedcurl -H 'Authorization: Token token=<your_private_token>' -X POST -F job[webapp_id]=187 -F job[param]="" -F job[queue]=standard -F files[0]=@test.txt -F files[1]=@test2.csv -F job[file_url]=<my_file_url> -F job[dataset]=<my_dataset_name> https://allgo.inria.fr/api/v1/jobs
Then, check your job to get the url files with :
curl -H 'Authorization: Token token=<your_private_token>' -X GET https://allgo.inria.fr/api/v1/jobs/<job_id>