A General Mathematical Formulation for Winding Layout Arrangement of Electrical Machines

A General Formulation for Support Vector Machines

In this paper, we derive a general formulation of support vector machines for classification and regression respectively. Le loss function is proposed as a patch of L1 and L2 soft margin loss functions for classifier, while soft insensitive loss function is introduced as the generalization of popular loss functions for regression. The introduction of the two loss functions results in a general ...

A Mathematical Model for Multiple-Load AGVs in Tandem Layout

Reducing cost of material handling has been a big challenge for companies. Flexible manufacturing system employed automated guided vehicles (AGV) to maintain efficiency and flexibility. This paper presents a new non-linear mathematical programming model to group n machines into N loops, to make an efficient configuration for AGV system in Tandem layout. The model minimizes bot...

‘Pseudo’ Direct Drive Electrical machines with alternative winding configurations

A General Design Procedure for Symmetrical Windings of Electrical Machines

A General Design Procedure for Symmetrical Windings of Electrical Machines Massimo Caruso 1,∗ ID , Antonino Oscar Di Tommaso 1 ID , Fabrizio Marignetti 2 ID , Rosario Miceli 1 ID and Giuseppe Ricco Galluzzo 1 ID 1 Department of Energy, Information Engineering and Mathematical Models (DEIM), University of Palermo, viale delle Scienze, Building nr. 9, 90128, Palermo, Italy. 2 Department of Electr...

A General Boundary-Integral Formulation for Zoned Three-Dimensional Media

A new boundary-integral formulation is proposed to analyze the heat transfer in zoned three-dimensional geometries. The proposed formulation couples the boundary formula, the gradient of the boundary formula, and the exterior formula. An advantage of this formulation over the traditional methods is that any linear condition at the interface between subdomains may be incorporated into the formul...