Skin put is an input technology that uses bio acoustic detection to locate the finger Faucets on the skin. When boosted with a pico-projector, the device can provide a Manipulation, graphical user interface in the body. The technology was developed by Chris Harrison, Disney Tan and Dan Morris, from Microsoft Research's Computational User Experience Group. Skin put represents a way to decouple the input from Devices to enable devices to become smaller without Reducing the surface area in which the entrance can be made. While other systems, such as Sixth Sense has tried this with computer vision, Skin put employs acoustics, which Take advantage of the conductive properties of the natural sound of the human body (eg:- bone driving). This allows the body to be attached as an entry surface without the need for The skin to be instrumented invasive with sensors, tracking markers or other elements. INTRODUCTION
Devices with significant computing power and capabilities can now easily be Carried in our bodies. However, their small size typically leads to limited interaction Space (for example tiny screens, buttons and jog wheels) and, consequently, decreases Its usability and functionality. Since you can not simply make buttons and larger screens Without losing the primary benefit of small size, consider alternative approaches that Improve interactions with small mobile systems. An option is opportunistic Appropriate surface area of the environment for interactive purposes. For example, Describes a technique that allows a small mobile device to rotate tables on which it rests On a finger gesture canvas entrance. However, tables are not always present, and in a Mobile, users are unlikely to want to wear appropriate surfaces At this point, one might well have a larger device). However, there is a surface that It has been overlooked as a canvas, and one that happens to travel always With us: our skin. Appointing the human body as an input device is not only attractive Because we have approximately two square meters of external surface, but also because Much of it is easily accessible by our hands (eg:- arms, upper legs, torso). Further, Preconception - our sense of how our body is configured in three-dimensional space - It allows us to interact accurately with our bodies in an eye-free manner. For example, You can easily shake each of our fingers, touch the tip of our nose, and clap our hands Together without visual aid. Few external input devices can claim this accuracy, Free entry-style eyes and provide such a great interaction area. In this work, Submit our work on Skin put - a method that allows the body to be appropriate for the finger Using a new non-invasive and usable bio acoustics sensor