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PI : TV A PI MEDIA CENTER. Michael Hoskins Network Security & Electronics Program, Dept. of Applied Engineering & Technology, Eastern Kentucky University. OUTLINE. Motivation Introduction Problem Statement Assumptions Proposed Solutions Results Conclusion Future Work References
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PI : TVA PI MEDIA CENTER Michael Hoskins Network Security & Electronics Program, Dept. of Applied Engineering & Technology, Eastern Kentucky University
OUTLINE • Motivation • Introduction • Problem Statement • Assumptions • Proposed Solutions • Results • Conclusion • Future Work • References • Acknowledgements
MOTIVATION • Create something useful, that has a use in my home. • Practical everyday Application for a Raspberry Pi. • Alternative to other similar devices. • Importance: why keep all the extra devices when you could stream it anywhere in the house, efficiently.
INTRODUCTION • Got a TV with no media player, and it’s not smart, This may be for you • A few topics had to be looked at • If a Pi can stream media • What does it take to get it too work • What is needed to keep others out
PROBLEM STATEMENT • Create a Raspberry Pi based media center, using the Pi as a client for a Linux based server. Keep it small, price competitive, and have the ability to customize it • Sub problems • Try to keep it secured • Keep it running fast and stable
Assumptions • You already have a home network set up • You have a TV with a HDMI port • Someone isn’t dedicated to getting into the system • You have a computer to install the server too • You have an android based mobile device
PROPOSED SOLUTION • Using OpenELEC as the operating system on the Pi • Linux with a media server software installed • Configure these to talk over a network • Load up server with desired media (music, images, movies, etc.) • Install an XBMC app to phone to control Pi and begin streaming.
RESULTS • Successfully implemented system • Not using the desired software • Was able to get video, music, and images to stream. • Installed apps, however quality varied. • Not as secure as I wanted, however has login, and other features.
CONCLUSIONS • With the results anyone could turn a Raspberry Pi into a powerful media center • Through this project I've had to learn much aboutLinux, command line, XBMC, and Samba. • This project also test my troubleshooting abilities, everything that could go wrong, did
FUTURE WORK • Try to get an alternative to Samba working • See if alternative programs offer more in terms of security • Get another pi to use as a low power serve • Suggestions • Thanks for your attention • Email mikehosk098@hotmail.com
REFERENCES How to build a Linux media Server. (2012). Retrieved from http://www.havetheknowhow.com/default.htm Trapp, B. (2013). Raspberry Pi: the perfect Home Server. Retrieved February 13 from, http://www.linuxjournal.com/content/raspberry-pi-perfect-home-server Thorin, K. (2013). Raspberry Pi XBMC solution compared: Raspbmc vs. OpenELEC vs. Xbian. Retrieved March 8 from, http://lifehacker.com/raspberry-pi-xbmc-solutions-compared- raspbmc-vs-openel-1394239600 Tuukka. (2013). How to customize XBMC 12 Frodo with All the Bells and Whistles. Retrieved March 13, 2014, from http://mymediaexperience.com/xbmc-guide/ Damien. (2012). How to Install and Configure Samba In Ubuntu for File Sharing. Retrieved April 7, 2014. from http://www.maketecheasier.com/install-and-configure-samba-in-ubuntu- for-file-sharing/ dvu90. (2010). Ubuntu: How to install and Setup Samba (file sharing). Retrieved from https://www.youtube.com/watch?v=F9aLvoH4-BQ Setup SAMBA on Ubuntu for XBMC Shares. (2011). Retrieved March 7, 2014. from http://www.tuqix.org/wordpress/?p=279 Alen, H. (2013). Five Best desktop Media Servers. Retrieved February 28, 2014. From http://lifehacker.com/5975362/five-best-desktop-media-servers