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By Tobechukwu Ezekwenna University of Maryland, Baltimore County Computer Science July 9, 2013 Mentor: Dr. Felicia Doswell OVERVIEW Introduction Importance of Research Background Methodology Results Summary Future

  1. By Tobechukwu Ezekwenna University of Maryland, Baltimore County Computer Science July 9, 2013 Mentor: Dr. Felicia Doswell

  2. OVERVIEW  Introduction  Importance of Research  Background  Methodology  Results  Summary  Future Work  References  Acknowledges

  3. Introduction  Cloud computing allows sharing of information without users investing too much money in under- used resources  Many people own mobile devices  Mobile Cloud Computing allows access to data where there is no data center  Demonstrate application of an educational scenario  Security measures are necessary

  4. Importance of Research  Mobile clouds would be useful for people on the go  To make the clouds more practical, security needs to be present  K12 and Higher Education require high security measure for delivery, availability and confidentiality in virtual education environment  Software for education doesn't need to be installed on every computer

  5. Research Questions  How do we ensure that services are available to all users across the globe?  How do we maintain privacy and ensure that the end users maintain their privacy since their data may be stored in a mobile cloud environment rather than their personal device?  What affect will mobile cloud computing have on the performance of obtaining internet services (availability, attacks and speed of access) due to the increased traffic?

  6. Mobile Cloud Computing Web Server and Storage Using Android Mobile Servers Background Mobile Cloud FreeBit Co Ltd http://www2.servesman.net/ w.b.fuller-node • Webhosting • Cloud Resource Management Users • Cloudswitch Technology WebDAV Serversman Mobile • Remote Cloud Server Access Application • Backup Cloud Storage • Cloud Webserver • Cloud Storage

  7. Methodology Procedure Tools  Cloud environment will be replicated  Hardware by installing Serversman on the  Android smartphone phone  Android tablet  WebDAV will be installed on the  Software tablet and linked to Serversman  Serversman@Android 2.0 β  Security measures (delivery,  WebDAV (Web-based availability of information and Distributed Authoring and confidentiality) will be configured Versioning) into the mobile cloud  Prototype educational tool will be deployed in a cloud environment.  Testing of various cloud actions on 2 devices will be done.

  8. Software Utilized  Serversman enables users to share and publish data for Android phones via the Internet  Access phone data through browsers  Delivers a “ cloud server in your pocket ”  WebDAV facilitates collaboration between users in editing and managing documents and files stored on web servers  Remote access and backup storage

  9. Results  Actual experimentation hasn’t happened due to hardware failure  Tools were recently fixed  To maintain privacy, have a login  Identified scenarios: education and translation

  10. Summary  Incorporation of security measures in a mobile cloud environment that provides educational services  Mobile cloud has been developed in prior work but security isn’t present  A cloud computing environment made from mobile devices will be improved, tested, and documented  Practical scenarios for where this kind of environment can be used have also been identified

  11. Future Work  Experimenting with how to encrypt data  Use a mobile cloud for translation in foreign countries

  12. References  G. Huerta- Canepa and D. Lee, “A virtual cloud computing provider for mobile devices,” in Proc. of the 1 st ACM Workshop on Mobile Cloud Computing & Services: Social Networks and Beyond , 2010, pp. 6:1 – 6:5  W. Fuller, “Mobile Cloud Computing Web Server and Storage using Android Mobile Servers”, Master’s Project, 2012  Han Qi, A. G. (2012). Research on Mobile Cloud Computing: Review, Trend and Perspectives. Digital Information and Communication Technology and it's Applications (DICTAP) , (pp. 195-202). Bangkok.  Hoang T. Dinh, C. L. (2011). A Survey of Mobile Cloud Computing: Architecture, Applications, and Approaches. Wireless Communications and Mobile Computing .  Lin Zhang, Y. G. (2013). Patronus: Augmented Privacy Protection for Resource Publication in Online Social Networks. 2013 IEEE Seventh International Symposium on Service-Oriented System Engineering, 2013 , (pp. 578-583). San Francisco Bay.  N.Mallikharjuna Rao, C. S. (2012). Cloud Computing Through Mobile-Learning. International Journal of Advanced Computer Science and Applications(IJACSA) .  Prasad, M. R., Gyani, J., & P.R.K.Murti. (2012). Mobile Cloud Computing: Implications and Challenges. Journal of Information Engineering and Applications .  Vikas Kottari, V. K. (2013). A Survey on Mobile Cloud Computing: Concept, Applications and Challenges. Mangalore, India.

  13. Acknowledgements  Distributed Research Experience for Undergraduates (DREU), Funding Agency  Science & Technology Academicians on the Roads to Success (STARS), Program Participation  Dr. Felicia Doswell, Summer Research Mentor  Willie B Fuller Jr., Former NSU Graduate Student

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