IMPLEMENTING A NEW KIND OF NETWORK Note: This presentation will be focusing on how to improve 3G networks and use 4G as viable solutions A brief study of mobile broadband networks by: Charles Mizikar SOURCES Sources are thanks to: Waldo Library: http://libguides.wmich.edu/ime1020 -andIEEE: Institute of Electrical and Electronics Engineers http://ieeexplore.ieee.org.libproxy.lib rary.wmich.edu/Xplore/dynhome.jsp BRIEF OVERVIEW Discuss background and necessary knowledge Discussion of Current Broadband System Benefits Issues Does it work? Replacements and Changes Can broken become fixed? Can good become better? Could this happen tomorrow? TERMS AND DEFINITIONS #G- replace “#” with generation number, G stands for generation standards set by institutions like 3GPP, and not synonymous with iPhone #G(S) when referring to network generations 3GPP- 3rd Generation Partnership Project; society that helps advance mobile technologies CDMA- Code Division Multiple Access the primary format for 3G EDGE- Enhanced Data Rates for GSM Evolution; 2G Technology End-user- person who uses device FCC- Federal Communication Commission, government regulatory body HSPA(+)- High Speed Packet Access (Plus or Evolved)- Mobile Network format no “+” usually 3G; w/ “+” usually 4G DEFINITIONS CONTINUED LTE- Long Term Evolution: Mobile network format usually 4G Mega/Giga byte- byte = eight 0’s and/or 1’s and megabyte = 106 bytes and gigabyte = 109 bytes (roughly) Mobile Broadband- marketing term for cellphone internet Piggybacking-unauthorized use of a preinstalled network Ping- Delay time between source and destination (i.e. phone and tower) WiMax- Worldwide Interoperability for Microwave Access; another format for 4G (IEEE) BANDWIDTH Valve, source, service provider Hose, transmission, network Sprayer, device Pressure = speed Water = Data BACKGROUND First Mobile call April 3rd,1973 to rival 1G first released in 1979 (Japan) 2G first released in 1991 (Finland) Text Messaging “Kinda-Sorta” internet 3G first released in 2001 (Japan) Full internet Video Streaming Music Streaming FCC VS. 3GPP Regulate price Regulates distribution Frequency Range Population coverage Spam Emergency dialing Advertised vs. Actual Data Structure advancement Generation advancement Finding the partners larger profit IN DEVELOPEMENT Data Formats LTE WiMAX HSPA+ Electronically Tunable Antenna Repurposing funds Other Ideas DATA FORMATS Improving bandwidth WiMax and HSPA+ are improved 3G models LTE New 4G technology Increases traffic and demmand Tower bandwidth will fill up faster ELECTRONICALLY TUNABLE ANTENNA Cell phone loses reception reverts Each generation uses different frequency Antenna resonates at frequency for length Shortcut!!!! REPURPOSING MONEY FCC supplements costs Pays different companies to cover same person Changing funds to be streamlined WARNING The use of piggybacking for you wifi connection is illegal and by no means being supported by this presentation. The views expressed by the next section in no ways reflect on the views of the FCC, Western, the presenter, the professor, etc. Any time you piggyback for data you risk a 5 year sentence and several thousands of dollars in fines. When this presentation is presenting the idea of piggybacking as a viable solution it is suggesting reworking how networks are accessed and not stealing someone else’s data connection. This presentation would also like to say stop data hogging, it’s not nice! OTHER IDEAS Piggybacking networks See previous slide *cough cough* don’t do it *yet Changing user habbits WHAT DO WE DO? Low Bandwidth Media size growing Companies aren’t able to release as fast as needed No provider has perfect rating HERE’S WHAT WE DO Building are responsible for network access Government Distribution Tax credit -or- charge for gov’n’t to do Auctions coverage Network Providers Devices Support QUESTIONS? I know it’s a lot! Ask me more! View again? www.homepages.wmich.edu/~cyy8238/other.html