A Hybrid System for Multimedia Conferencing on Android Technology

Topics: Mobile phone, Smartphone, GSM Pages: 11 (3189 words) Published: May 5, 2013
International Journal of Computer Applications (0975 – 8887) Volume 44– No11, April 2012

A Hybrid System for Multimedia Conferencing on Android Technology Nataasha Raul Manas Churi
Student, Sardar Patel Institute of Technology, Mumbai, India

Shruti Desai
Student, Sardar Patel Institute of Technology, Mumbai, India

Neelam Gulrajani
Student, Sardar Patel Institute of Technology, Mumbai, India

Asst. Professor, Sardar Patel Institute of Technology, Mumbai, India

ABSTRACT
Communication plays an important role in today's time. Globalization has led the need for crossover communication. Therefore multimedia system plays an important role in the overall communication between regions. Multimedia system provides seamless provision of multimedia services to its user. The conferencing system ensures that voice, video and other media forms are streamed efficiently to various individuals ensuring smooth real time communication. Currently, this multimedia system does not support this facility in all the mobile operating system. Thus we have proposed an Android based multimedia conference terminal system on 3g mobile phones. In this way 3G users will be allowed to communicate with individuals across regions.

General Terms
Documentation, Performance, Design, Theory

Keywords
3G, Android, Client Server Architecture, Multimedia, Video Conference

1. INTRODUCTION
Cross region communication has become increasingly important due to globalization and trade. Multimedia conference system is put to use instead of traditional conference to enhance communication efficiency, save staff‟s time and reduce conference cost. The maturity of Internet application service and the wide spreading of broadband access technology help to accelerate the development of multimedia conference system. Due to the development in networks that is the emergence of 3G networks and introduction to new smart phones has led to the popularity of the conference system on mobile phones. 3G network provides high-speed data transmission capability. The new age smart phones are intelligent and sophisticated in features and hence support enormous applications. Due to the portability feature and personalization of trends in mobile terminals, applications like multimedia conference can be easily mounted on these terminals. At present, the mainstream mobile phone operating systems include Symbian, Windows Mobile, iOS and Android. The Android operating system is the newest among all these. It has 38.1% market share according to a survey in May 2011. This percentage has been increasing regularly with the rise of smart phone users. Under this background, we have designed and proposed a Android based multimedia conference terminal system on 3G mobile phone to facilitate 3G users to attend multimedia conference.

With the introduction of relatively low cost, high capacity broadband telecommunication services in the late 1990s, coupled with powerful mobile processors and video compression techniques, videoconferencing usage has made significant inroads in business, education, medicine and media. This type of communication allows long distance communication thus avoiding the need to travel to places to share ideas, views and also leading to reduction in global warming. The rest of this paper is organized as follows. Section 2 describes related work done to get an insight of the technologies and architectures required for establishing a multimedia conference system. The proposed architecture of the multimedia conference system comprising of the building blocks of the system is presented in Section 3. In Section 4, the implementation of our application that is the working for to make a video conference call is described. Section 5 describes the evaluation of our system, where the design of our system and various options available to control or use the conference system is shown. The advantages of the proposed system over the existing system are given and are...

References: [1]. Fatna Belqasmi, Chunyan Fu, Mohammed Alrubaye, Ericsson Canada Roch Glitho, Ericsson Canada and Concordia University , Design and Implementation of Advanced Multimedia Conferencing Applications in the 3GPP IP Multimedia Subsystem [2]. Ha Jingjing, Shang Yanlei, Chen Junliang, Tan Gang The Design and Implementation of Conference Mobile Terminal Application Multimedia
[3]. Li Shangmeng, Shang Yanlei, Ha Jingjing, Chen Junliang The Design and Implementation of Multimedia Conference Terminal System on 3G Mobile Phone [4]. G. Camarillo and M.-A. Garcia-Martin , Wiley,2004, The 3G IP Multimedia Subsystem: Merging the Internet and the Cellular Worlds [5]. Wanjiun Liao, Member, IEEE, Mobile Telephony: Mobile Extension to H.323 Internet
[6]. Zhen Yang; Huadong Ma; Ji Zhang; Sch. of Comput. Sci. & Technol., Beijing Univ. of Posts & Telecommun., China, A dynamic scalable service model for SIP based video conference [7]. Van Staalduinen, K.; Trommeien, P.H., Standards for third generation mobile communication [8]. Li Hao, Zhang Gang, Liu Tao, Research on Video Conferencing Based on Hierarchical Ad-Hoc Network Zhang Yanyan; Yao Yuan, SIP- based multimedia conference system design and implementation [9]. Junchao Li; Weimin Lei; Xiuwu Zhang, Design and implementation of SIP-based centralized multimedia conferencing system [10]. Akkanen, J.; Karonen, O.; Porio, J., Peer to Peer Video Streaming on Mobile Phones [11]. Farkas, L.; Aczel, K., Streaming videos from smart phones: a feasible study
8. CONCLUSION
The networking field is expanding on a great scale incorporating many new technologies and applications. This network with immense advancements has provided many entry points for smooth communication. Voice, video and document sharing has become a mundane task due to the emergence of advanced technology. Multimedia conference system is becoming increasingly popular among enterprises and government departments by right of its efficiency and cost-saving features. In this paper, we have designed and implemented a Android based multimedia conference mobile terminal application, with which 3G mobile phone users can attend multimedia conference anytime and anywhere and enjoy high-quality, real time and smooth conference experience.
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