KABLOSUZ AĞLARDA KAYNAK YÖNETİMİ

Abstract

Bu çalışmada, çokluservis kablosuz ağlarda, servis kalitesi sağlamak için etkili radyo kaynak yönetim tekniklerinden arama izin şemaları incelenmiştir. Yeni nesil kablosuz ağlar (3G, 4G) daha fazla sayıda kullanıcıyı ve multimedya servislerini destekleyecektir. Artan kullanıcı ve multimedya servisi ihtiyacı ile birlikte servis kalitesinden ödün vermeden kısıtlı kaynakları en verimli biçimde kullanabilmek için, etkili radyo kaynak yönetimine gereksinim duyulur, bu gereksinim için farklı arama izin şemaları ve bu şemaların değerlendirilmesinde Markov zinciri modeli incelenmiştir

Keywords

• Kaynak Yönetimi, Arama İzin Denetimi, Markov Zincirleri

Resources Management in Wireless Network

Abstract

In this study, for providing quality of service, call admission control shemes, one of the most important methods in efficient radio resource management techniques, have been reviewed. Next generation wireless Networks (3G, 4G) will be support more users and multimedia services. With increasing user number and multimedia service needs, for using limited resources in a efficient way, it is needed efficient radio resource management, differrent call admission schemes and evaluation of these schemes with Markov Chain model has been explained for this requirements

Keywords

• Management, Call Admission Control, Markov Chain

References

1. [1] MANIATIS S.I., NIKOLOUZOU E.G., VENIERIS I.S., QoS issues in the converged 3G wireless and wired networks., IEEE Communications Magazine, 40:44-53, 2002.
2. [2] KRAIMCHE B., SCHWARTZ M., Circuit access control strategies in integrated digital Networks, IEEE INFOCOM’84, 230-235, 1984.
3. [3] DZIONG Z., MASON L., Fair-efficient call admission control policies for broadband networks-a game theoric framework., IEEE/ACM Transactions on Networking, .4:123-136, 1996.
4. [4] HYMAN J.M., LAZAR A.L., PACIFICI G., A separation principle between scheduling and admission control for broadband swiching., IEEE Selected Areas in Communications, 11:605-616, 1993.
5. [5] FANG Y., ZHANG Y., Call admission control shemes and performans analysis in wireless mobile networks., Wireless Networks, 3:29-41, 1997
6. [6]NAGHSHİNEH M., SCHWARTZ S., Distributed call admission control in mobile/wireless networks., IEEE Selected Areas in Communications, 14:711-717, 1996.
7. [7] MA Y., HAN J.J., TRIVEDI K.S., Call admission control for reducing dropped calls in CDMA cellular systems., Computer Communications, Vol.25, issue:7, 2000.
8. [8] PANOTSOPOULOS I., KOTSOPOLULOS S., IOANNOU C., LOUVROS S., Priority technique for optimizing handover procedure in personel communication systems., Electronics Letters, 36:669-670, March 2000.

9. [9]PEREZ-CRUZ F.A., LARA-RODRIGEZ D., LARA M., Fractional channel reservation in mobile communication systems., Electronics Letters, 35: issue:23:2000-2002. Nov.1999.
10. [10] MARKOULİDAKIS J.G., DERMITZAKIS J.E., LYBEROPOULOS G.L., THEOLOGOUSS M.E., Optimal system capacity in handover prioritized schemes in cellular mobile telecommunication systems., Computer Communications, Vol:23, issue:5-6, 462-475, 2000.
11. [11] RAMJEE R., NAGARAJAN R., TOWSLEY D., On optimal call admission control in cellular networks., Wireless Networks, 3:No.1:29-41, March 1997.
12. [12] FANG Y., ZHANG Y., Call admission control schemes and performance analysis in wireless mobile networks., IEEE Transactions on Vehicular Technology, 51:no.2: 371-382, March 2002.
13. [13] GUERIN R.A., Queuing-blocking system with two arrival streams and guard channels., IEEE Transactions on Communications, 47:no.1:89-102, January 1999.
14. [14] YAVUZ E.A., LEUNG V.C.M., Computationally efficient method to evaluate the performance of guardchannel-based call admission control in cellular networks., IEEE Transactions on Vehicuar Technology, 55:no.4:1412-1424, July 2006.
15. [15] ROBERTS J.W., Teletraffic models for the Telecom 1 integrated services network., Proceedings of the 10th International Teletraffic Conference, Montreal 1983.
16. [16] GERSHT A., LEE K.J., A bandwidth management strategy in ATM networks. Technical report, GTE Laboratories, 1990.
17. [17] RAPPAPORT S.S., The multiple call handoff problem in personel communications networks., IEEE 40th Vehicular Technology Conference, 287-294, May 1990.
18. [18] KATZELA I.,NAGHSHINEH M., Channel assignment schemes for cellular mobile telecommunication systems: A comprehensive survey., IEEE Personal Communications Magazine, 10-31, June 1996.
19. [19] TEKINAY S., JABBARI B., Handover and channel assignment in mobile cellular networks., IEEE Communications Magazine, 29(11):42-46, November 1991.
20. [20] KALYANASUNDARAM S., Call-level and Class-level QoS in Multiservice Networks., Purdue University, April 2000. (PhD Thesis)