International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 04 Issue: 02 | Feb -2017
p-ISSN: 2395-0072
www.irjet.net
Controlling Mouse Movements Using hand Gesture And X box 360 Prof: N. Saindane , Rajesh Patil , Siddharth Pagar 1 Prof
: N. Saindane Dept Of Computer Engineering Sanghavi College of Engineering Maharashtra ,India Patil Student Department Of Computer Engineering Sanghavi College of Engineering 3Siddharth Pagar Student Department Of Computer Engineering Sanghavi College of Engineering 2Rajesh
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Abstract - Computers are developed today have increase in
amount of power. Most of this used by software for processing data. Our project is gesture user interface implementation for human computer Interaction. The project presents a new approach for controlling the computer system and mouse movements using the X-BOX 360. The X-BOX 360 was developed by Microsoft especially for the home video game console. But in this project, we are trying to use this device for human interaction with computer system. This will make interaction with computer easy, interesting more users friendly. Our method is to use X-BOX 360 and Computer vision technology, such as image segmentation Gesture recognition to control mouse tasks and we are show how it can be perform everything on current mouse can. For the persons who are not able to interact with computer system physically, we are developing the voice recognition technology in our project. The X-BOX 360 supports the MP3 audio format for the voice recognition. So, this project shows how to build this mouse control system. Key Words: Authentication, Image processing
1.INTRODUCTION This As the present computer vision technology is now growing up the scope for the human (HCI) computer interaction is increasing enormously . Nowadays mobile devices using a touch screen technology. this technology is still not cheap enough to used in desktop systems. Creating virtual human computer interaction device such as mouse , keyboard using web camera and computer vision technology can be an alternative mouse application has designed and implemented using a regular webcam. The motivation to create an object tracking to interact with computer and develop the virtual human computer interaction device. The goal of this paper is to provide an easier human- interaction routine. In this project, the hand movement of a user are mapped into mouse inputs. and A web camera is s to take the live video continuously and then this video images are being captured by using MATLAB. The user must have a particular color code or pointer in his hand so when the web camera takes an image it must visible This Š 2017, IRJET
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Impact Factor value: 5.181
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color is detected from the image pixel in MATLAB and object detection is used to mapping pixel position intothe mouse input. Taking into the size of the image and resolution, scaling techniques needed to be used like image processing and segmentation. Sixth sense technology can be developed to include multimedia services videos and saving images using hand gestures. This work to provide usual mouse operations using x box 360.
2. Literature survey Previously noted that the hand gesture recognition would allow human computer interface such as cursor control and sign language recognition. There are two approaches for hand gesture recognition for human computer interface, which is hardware based and the vision based. One hardware based approach by 1990 uses a data glove for achieve the gesture recognition. The computer makes some gestures difficult to perform. this method gives high accuracy, it is not practical in user’s everyday life for CC. There were tremendous amount of research on vision based human computer interface techniques which is utilized camera and image processing techniques. Research in vision based human computer interface result in the introduction of many new interesting application such as the visual touchpad, proposed by augmented reality proposed by and a visual TV remote control proposed by Vision based hand gesture recognition can be Grouped into two categories, marker-based and marker-less approach. The marker-based approach requires the user to wear color markers or gloves, while the markerless approach doesn’t. The marker based approach generally has better accuracy is much easier to implement but the requires the user to wear a colour glove. Thus this approach is not very practical for a CC system to replace the computer mouse. The marker less approach would be the better choice for the system since, there is no constraint on the user to wear any coloured or Data gloves.
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