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A MAR Game Design via a Remote Control Module

Abstract. This paper intends to propose an interactive system that allows users to remotely control device and combine augmented reality content with the application. It is possible to generate games or education applications. Using augmented Reality and remote-control module as starting point, we design a MAR (Mobile Augmented Reality) game that contains shooting game, roadblock hindrance, and traffic signal game. Then use the mobile remote-control module to control the device. Finally, use augmented reality technology to allow real objects to interact directly with the virtual objects. As a platform to integrate mobile phone, we complete the development of augmented reality remote-control module application. The difference from the general AR applications is that our proposed method combines the remote-control objects to interact with virtual objects.

Keywords: MAR • Game design • Remote control

1 Introduction

1.1 Background and Motivation

With the development of mobile Augmented Reality (AR) enabling technology, there have been many mobile AR applications, services, and contents. Due to the demand for software resources in recent years, more and more large, relatively rising smartphone hardware, augmented reality technology in the past can only be used on the computer, because the pixels of the camera to enhance graphics processing progress, can now also be applied in the mobile phone software. Because the phone is easy to carry, augmented reality is able to generate more interactive applications, such as interactive advertising, navigation, books, and games.

Nowadays augmented reality still needs to use the mark to reach a recognition target. Mark setup as well as mark portability still has much room for improvement. Thus many studies aim to improve recognition technology. For example, use the mark to replace a specific image augmented reality, or to replace the electronic information other than the image tag identification, such as geographic information to achieve the effect of augmented reality and Global Positioning System (GPS).

Lack of dynamic expansions of the new features or styles is disadvantage of physic toys. If we want to add new features or a new style must be additional to buy, but it will waste space and increase costs. Thus, the concept is to make augmented reality mobile platform. Use digital content within the practical function of the mobile device to match hardware and software to achieve the effect of human-computer interaction.

This paper consists of five sections. In Section 2, we will summarize related works. The system overview is in Section 3. Then, we describe implementation of the system in Section 4. Finally, we will conclude in Section 5.

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