Code covered by the BSD License

anfisim_art(t,Xt,u,flag,Ita,a... This program is an implementation of the on line ANFIS (MISO) system.
anfisim_grid(t,Xt,u,flag,Ita,... This program is an implementation of the on line ANFIS (MISO) system.
anfisim_scatter(t,Xt,u,flag,I... This program is an implementation of the on line ANFIS (MISO) system.
canfisim_art(t,Xt,u,flag,Ita,... This program is an implementation of the on-line CANFIS (MIMO) system.
canfisim_grid(t,Xt,u,flag,Ita... This program is an implementation of the on line CANFIS (MIMO) system.
canfisim_scatter(t,Xt,u,flag,... This program is an implementation of the on line CANFIS (MIMO) system.
g(s,gamma);
g(s,gamma);
GenLorenzDat4Sim.m
SimDataGenAnfis1.m
SimDataGenAnfis2.m
ANFIS_ART_MG
ANFIS_Grid_MG
ANFIS_Scatter_MG
Adapt_Equalizer
CANFIS_ART_Lorenz
CANFIS_Grid_Lorenz
CANFIS_Scatter_Lorenz
NFA_matlab
anfis_art_narmax
bb_anfis_grid
bb_anfis_scatter
slcp_anfis
View all files

3.66667

3.7 | 4 ratings Rate this file 92 Downloads (last 30 days) File Size: 893 KB File ID: #36098

Adaptive Neuro-Fuzzy Inference Systems (ANFIS) Library for Simulink

09 Apr 2012 (Updated 24 Oct 2012)

This Simulink library contains six ANFIS/CANFIS system variations.

File Information
Description	This library is for those who want to use the ANFIS system in the Simulink environment. Each model is implemented for training and operation in a sample-by-sample, on-line mode. For details see the included release notes. The main reference used to develop all the ANFIS/CANFIS models is [1]. [1] Neuro-Fuzzy and Soft Computing: A Computational Approach to Learning and Machine Intelligence, Jyh-Shing Roger Jang, Chuen-Tsai Sun, Eiji Mizutani. Prentice Hall, Sept. 1997.
Acknowledgements	Ann and Fuzzy Art And Fuzzy Artmap Neural Networks inspired this file.
Required Products	Simulink MATLAB
MATLAB release	MATLAB 7.13 (R2011b)
Other requirements	Fuzzy Logic Toolbox is required for running some demos.

Tags for This File
Everyone's Tags	adaptive neurofuzzy inference system(2), anfis(2), canfis(2), fuzzyart, neurofuzzy networks
Tags I've Applied
Add New Tags	Please login to tag files.

Please login to add a comment or rating.

Comments and Ratings (9)
12 Feb 2013	Mohamed abo el ella	Dear Mr. Ilias Konsoulas i have a problem with CANFIS_SCATTER as when i enter two inputs with two error signals to get 2 outputs using MUX block it gives me an error during running by "Index exceeds matrix dimensions."
29 Dec 2012	nazar dikhil	please can I get the matlab code of anfismex function
21 Nov 2012	Sally	Dear Mr.Ilias Konsoulas, Thank you so much for your help.
24 Oct 2012	Ilias Konsoulas	To Sally and others: In the updated version of the NFA User's Manual, a new section has been added describing how to run successfully the demos on your computer. Good Luck and thanks for your patience.
02 Oct 2012	Ilias Konsoulas	Ok, in the next few days I'll add a new section on the user's guide: "NFA User's Manual v2.pdf" to describe in more detail how to run successfully the demos. Just wait a little bit. Thanks.
29 Sep 2012	Sally	Dear Ilias Konsoulas, Thanks for introducing the useful ANFIS library. I tried to run the demo programs but still gave me errors. Can you help me how to run that demos, Thank you so much.
05 Jul 2012	Ilias Konsoulas	Quick fix: rename library file NFA.mdl to NFA_matlab.mdl .
04 Jul 2012	Ahmet	doesnt exist NFA_matlab
04 Jul 2012	Ahmet	tying to run demo models gives erros as: Failed to load library 'NFA_matlab' referenced by 'ANFIS_Grid_MG/ANFIS (Grid)' Unable to load block diagram 'NFA_matlab' How can i fix this? please help. Thanks

Updates
10 Apr 2012	I have updated only the following form entries: a)Description, b)Tags c) Acknowledgement of other submissions.
23 Apr 2012	Minor code changes, better comments and NFA User Guide corrections.
09 Jul 2012	OK, I corrected the name of the library file from NFA.mdl to NFA_matlab.mdl in order to make demos runnable.
24 Oct 2012	In the latest version of the users guide, I have included a new section describing how to make the demos runnable on your computer and briefly outlining what each demo is about.