Original Article

Neural Computing and Applications

, Volume 18, Issue 2, pp 135-140

First online:

A genetic algorithm-based artificial neural network model for the optimization of machining processes

  • D. VenkatesanAffiliated withDepartment of Computer Science, Shanmugha Arts Science and Technology Research Academy (SASTRA)
  • , K. KannanAffiliated withDepartment of Mathematics, Shanmugha Arts Science and Technology Research Academy (SASTRA)
  • , R. SaravananAffiliated withDepartment of Mechatronics Engineering, Kumaraguru College of Technology Email author 

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Artificial intelligent tools like genetic algorithm, artificial neural network (ANN) and fuzzy logic are found to be extremely useful in modeling reliable processes in the field of computer integrated manufacturing (for example, selecting optimal parameters during process planning, design and implementing the adaptive control systems). When knowledge about the relationship among the various parameters of manufacturing are found to be lacking, ANNs are used as process models, because they can handle strong nonlinearities, a large number of parameters and missing information. When the dependencies between parameters become noninvertible, the input and output configurations used in ANN strongly influence the accuracy. However, running of a neural network is found to be time consuming. If genetic algorithm-based ANNs are used to construct models, it can provide more accurate results in less time. This article proposes a genetic algorithm-based ANN model for the turning process in manufacturing Industry. This model is found to be a time-saving model that satisfies all the accuracy requirements.


Genetic algorithm Turning process Neural networks Machining parameters Turning operations