But in this case the component fields do not transform canonically under the deformed supersymmtery transformation. In the case of N=1/2 super-Yang–Mills theory, such field redefinition is also possible. Therefore we can easily perform the field redefinition such that the component fields transform canonically under the gauge transformation.

In this case, the gauge and supersymmetry transformations get correction linear in the deformation parameter. In this Letter, we will study N=2 supersymmetric U(1) gauge theory in the harmonic superspace with singlet deformation. Another interesting case is the singlet deformation, where the deformation parameters belongs to the singlet representation of the R-symmetry group SU(2)R. One is the limit to the N=1/2 superspace, where the action should reduce to N=1/2 super-Yang–Mills theory with adjoint matter. ,'There exist some interesting cases where the deformation structure becomes simple. The results are accuracy of SVM prediction on selected images. The Support vector machine (or SVM) is used as classification method. The Microsoft Kinect camera is used for capturing the images. Ten defined gestures of left hand are in these depth maps. These two methods are tested on set of depth maps. The Speeded up robust features (or SURF) is presented as second. Scale-invariant feature transform (or SIFT) is the first method. The results are accuracy of SVM prediction on selected images.In this paper a comparison between two popular feature extraction methods is presented. ,'In this paper a comparison between two popular feature extraction methods is presented.

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