Ozsandikcioglu, UmitAtasoy, AytenGuney, Selda2023-11-092023-11-092015978-1-4673-7386-92165-0608http://hdl.handle.net/11727/10814In this paper; an e-nose with low cost which consisting of 8 different gas sensors was used and with this e-nose 9 different odors ((mint, lemon, egg, rotten egg, angelica root, nail polish, naphthalene, rose water, and acetone) was classified. This 9 different odor are classified with Artificial Neural Networks and by using different activation functions, and then the successes of the classification were compared with each other. The maximum success of the testing data is obtained with 100% accuracy rate by using logsig activation function in hidden layer and tansig activation function in output layer. In conclusion; using the chemical database containing the odor of the different objects, distinct odors were shown to be classified correctly.turinfo:eu-repo/semantics/closedAccessElectronic noseArtificial Neural NetworksClassificationconferenceObject8158180003805009001842-s2.0-84939131643