| contributor author | Rickard, John T. |  | 
| contributor author | Aisbett, Janet |  | 
| date accessioned | 2020-03-12T22:23:45Z |  | 
| date available | 2020-03-12T22:23:45Z |  | 
| date issued | 2014 |  | 
| identifier other | 7007188.pdf |  | 
| identifier uri | https://libsearch.um.ac.ir:443/fum/handle/fum/1081553?locale-attribute=fa&show=full |  | 
| format | general |  | 
| language | English |  | 
| publisher | IEEE |  | 
| title | A perceptual fuzzy neural model |  | 
| type | Conference Paper |  | 
| contenttype | Metadata Only |  | 
| identifier padid | 8218052 |  | 
| subject keywords | control system synthesis |  | 
| subject keywords | n			fuzzy control |  | 
| subject keywords | n			fuzzy set theory |  | 
| subject keywords | n			indoor environment |  | 
| subject keywords | n			infrared detectors |  | 
| subject keywords | n			intelligent robots |  | 
| subject keywords | n			mobile robots |  | 
| subject keywords | n			path planning |  | 
| subject keywords | n			robot kinematics |  | 
| subject keywords | n			sonar detection |  | 
| subject keywords | n			surveillance |  | 
| subject keywords | n			velocity control |  | 
| subject keywords | n			IR sensors |  | 
| subject keywords | n			differential velocity control |  | 
| subject keywords | n			human detection sensor |  | 
| subject keywords | n			indoor environment |  | 
| subject keywords | n			indoor surveillance system design |  | 
| subject keywords | n			indoor surveillance task |  | 
| subject keywords | n			intelligent mobile robot navigation |  | 
| subject keywords | n			polygon terrain |  | 
| subject keywords | n			ri |  | 
| identifier doi | 10.1109/ICMA.2014.6885956 |  | 
| journal title | omputational Intelligence in Multi-Criteria Decision-Making (MCDM), 2014 IEEE Symposium on |  | 
| filesize | 770114 |  | 
| citations | 1 |  |