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Source Code - A Robust Decision-Making Framework Based on Collaborative Agents

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posted on 11.08.2020 by Johana Florez-Lozano, Fabio Caraffini, Carlos Parra, Mario Gongora
This research item contains an archive with source code and data for reproducing the results reported in the artcile "A Robust Decision-Making Framework Based on Collaborative Agents".


To run the attached Python code you need the following libraries to be installed: osbrain, numpy, neat, gzip, pickle, skfuzzy, skimage, PIL, scipy.


To produce results, go though the following steps:
1. generate the feed-forward artificial neural networks (ffANN) and genetic fuzzy system (GFS) with the file "Train";
2. copy the produced files relative to the ffANN in file "Net" and the GFS files to the "FS" file, both inside the file "MAS_execution".
3. select the number of agents in the main file of execution (run_process);
4. check the file "AgentX" to modify the source of the information.
5. And finally, you can execute the system running the "run_process" file, each agent will execute as a subprocess.

Additional information:

Folder "Train":
Inside this folter there are two intelligent methods, GFS and NEAT.
*In GFS, you can train modifing file "execution". In this file you can edit the database and the number of agents.
*In NEAT, You can train with "training_Neat". The training parameters configuration per data set are adjustables on files "config-CX"
Both folders has data from four datasets of example.

Folder MAS_execution":

In the folder "Data" and "Test" the system is going to save information of the result system.
The files "definitions", "Features", "GFS_Agents" are libraries that the MAS use.






Read the peer-reviewed publication

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