Sources
[1] M. Nakamura, T. Chujo, T. Saito, Standardization
Activities for WiMax, Fujitsu Science Technology Journal, July 2008
[2] K. Etemad, M.Y. Lai, WiMax Technology and
Network Evolution, Chapter 1
[3] M. Riegel, Interpretation of the WiMax
Standards, WiMax Congress presentation, Amsterdam, June 2009
[4] M. Nakamura, WiMax Standardization, Fujitsu
Laboratories presentation, December 2008
[5] RF Spectrum Utilization in WiMax, Fujitsu
Microelectronics America White Paper, November 2004
[6] S. Omerovic, WiMax Overview, University of
Ljubljana Report
[7] The History of WiMax: A Complete Survey of the
Evolution in Certification and Standardization for IEEE 802.16 and WiMax
[8] J. Hasan, Security issues of IEEE 802.16
(WiMax), Australian Information Security Management Conference , Edith Cowan University, 2006
[9] J.M. Smits, Regulations and Standards for
Wireless Communications (0EL70), Eindhoven University of Technology, course’s
slides 2013
[10] H.d.Vries, Fundamentals of Standards and
Standardization
[15] J. Grivolas, J. Hellstrom, S. Nicoletti, P.
Warner, WiMax Regulation: an overview, Ovum, 2006
[16] WiMax Forum Air Interface Specifications, WiMax
Forum proprietary, March 2013
[17] M. Moghazi, WiMax Spectrum, NTRA Egypt
presentation
[18] M. Nohara, IEEE 802.16/WiMax Broadband Wireless
Access, ITU-T Workshop “NGN and its transport networks”, April 2006
[19] Website article: http://www.intomobile.com/2010/12/18/itu-reverses-its-decision-lte-wimax-and-hspa-are-now-4g/
Figures
1. Source [3], slide 3
2. Source [5], page 5
3. Source [17], slide 4
4. www.tutorialspoint.com/images/wimax_reference_network.gif
6. Source [18], slide 9
7. Source [3], page 7
8. Source [1], page 2
9. Source [4], slide 7
10. Source [4], slide 8
11. Source [7], page
1190
12. Source [7], page
1195
13. Source [1], page
287
14. Source [2], page 9
Tables
1. www.tutorialspoint.com/images/wimax_ieee_standards.gif
2. Source [3], slide 11
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