Abstract

Many presentation these days are done with the help of a presentation tool. Lecturers at Universities and researchers in conferences use such tools to order the flow of the presentation and to help audiences follow the presentation points. Presenters control the presentation tools using mouse and keyboard which keep the presenters always beside the computer machine to be close enough to the keyboard and mouse. This reduces the ability of the lecturer to move close to the audiences and reduces the eye contact with them. Moreover, using such traditional techniques in controlling presentation tools lack the communication naturalness. Several gesture recognition tools are introduced as solutions for these problems. However, these tools require the user to learn specific gestures to control the presentation and/or the mouse. These specific gestures can be considered as a gestures vocabulary for the gesture recognition system. This paper introduces a gesture recognition system, TeachMe, which controls Microsoft PowerPoint presentation tool and the mouse pointer. TeachMe also has a gesture customization feature that allows the user to customize some gestures according to his/her preference. TeachMe uses Kinect device as an interface for capturing gestures. This paper, specifically, discusses in details the techniques and factors taken into consideration for implementing the system and its customization feature.

Highlights

  • These days, presentation tools, such as MS PowerPoint and Prezi, are used by lecturers to present lectures in a controlled flow

  • This paper presents a gesture recognition system, TeachMe

  • TeachMe is a research gesture recognition prototype that has been initially developed as a graduation project at Applied Science University

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Summary

INTRODUCTION

These days, presentation tools, such as MS PowerPoint and Prezi, are used by lecturers to present lectures in a controlled flow. All the above researchers introduced gesture capture devices as a solution for the above addressed problems Such gesture recognition devices were originally designed for interactive video games, several research found them suitable to be used as presentation controlling tools. Their suitability comes from their ability to provide an intuitive, natural and effective way for communication between human and machine [6] and [4]. Providing the ability to customize gesture to a specific command is considered as the main contribution of this paper This feature was implemented mainly for controlling MS PowerPoint presentation.

TEACHME GESTURE RECOGNITION SYSTEM
CONTROLLING MS POWERPOINT
CONTROLLING MOUSE POINTER
RELATED WORK
TEACHME LIMITATIONS
VIII. FUTURE WORK
CONCLUSION
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