While the client is cooperating with the show, hands and fingers in part impede the surface in the profundity picture. For a hearty distortion following, it is critical to order these picture pixels as not having a place with the deformable surface, so the model isn’t fit into wrong profundity esteems. The proposed following strategy can deal with missing information, so the arrangement lies in expelling those impeded parts from the info pictures in a preprocessing step. Because of the low determination of the Kinect profundity sensor it is hard to play out a shape-based order of fingers and hands at bigger separations. Specifically, when the finger or the level hand is touching the surface, the determination is deficient to separate it dependably from the hidden surface. Existing methodologies utilize heuristics that work dependably as long as the back of the hand is kept at some separation over the surface. These confinements don’t hold in our more broad case, where individuals utilize their hands and fingers appropriate at first glance for twisting it. We present optical surface material examination as a novel technique for recognizing skin and the projection surface utilizing the Kinect sensor. It depends on the perception that distinctive materials have diverse reflectivity and translucency properties. A few materials, e.g. skin, have translucency properties prompting subsurface dispersing of light. This property causes the point design, which is anticipated by the Kinect, to obscure. This lessens the picture angles in the crude infrared picture, which is given by the Freenect driver (see Fig. 3). The show surface, made out of paper, cardboard, froth or some other material with exceedingly diffuse reflection, shifts from skin in reflectivity and in addition translucency; so low pinnacle esteems or low inclination esteems give a steady plan to characterize non-show zones. The projector inside the Kinect has a steady power and the infrared camera has a consistent screen time and gap. Henceforth, the shine of the point design is consistent for steady material properties and question separations and edges. As an outcome, the surface reflectivity of a protest with diffuse material can be controlled by taking a gander at the nearby point shine. Notwithstanding, in light of the fact that the shine in the infrared picture diminishes with expanding separation, the nearby angles and pinnacle esteems must be respected as for the profundity estimation of the relating pixel in the profundity picture. Pixels that can’t be related to a speck of the example are not arranged straightforwardly, but rather get an indistinguishable grouping from the encompassing pixels by iterative sifting. Results from an assessment, revealed beneath, demonstrate that this characterization plot works dependably at separations up to 1.50 m from the camera.