Handover in a mobile wireless communication network –A Review Phase
Mobility is the features of mobile communication that makes it desirable by all and varied. The whole world is now attractive in wireless communication as it provides users' ability to communicate on-the-go. IT is accomplished by transferring users from a radio network to another. This process is called handover. Handover occurs by adjusting the duration of soft handovers, the size of the areas and either by cell crossing or by deterioration in the signal quality of the current channel — the brief overview of handover, Handover in WiMAX and LTE, types of handover, handover types solutions, usually used handover parameters, some methods employed in the literature and I contemporary the convergent fact for continuance in the area of mobile wireless communication Handover.
Kai Niu, Wu. Weiling, Secrecy Cognitive Gain of Cognitive Radio Sensor Networks with Primary Outage Constraint; Mobile Communication principle, Beijing, Publishing house of the electronics industry, 11 6 (2005)
Jiang Xie, Weiyi Zhao. Inter-gateway Cross-layer Handoffs in Wireless Mesh Networks, IEEE Proc. Globecom, 4 (2009) 1-6.
S. Brahmjit, Outage probability analysis in soft handover for 3g wireless networks, 3G and Beyond, 6th IEEE Inte. Conf. (2005)1-5
S. Migaldi, L. Eastwood, V. Gupta, Qiaobing Xie., Mobility using IEEE 802.21 in a heterogeneous IEEE 802.16/802.11-based, IMT-advanced (4G) network, IEEE Wireless Comm. , (2008)26-34.
V. Mhatre, K. Papagiannaki, Using smart triggers for improved user performance in 802.11 Wireless Networks, Proc. 4th inter. conf. Mobile systems, appl. serv, ACM Mobisys’06, (2006) 246-259.
N. Golmie, S. Woon, Y. A Sekercioglu, Effective link triggers to improve handover performance, IEEE PIMRC 06, (2006)1-5.
S. Brahmjit, K. Shakti, K. Aggarwal, Handover Initiation Control Techniques in Mobile Cellular Systems, IETE Tech. Rev., 20 (2003) 13-21.
L.Y. Azita, Y. Norsuzila, T. A. Mohd, (2011): Handover Initiation Across Heterogeneous Access Networks for Next Generation Cellular Network, 2011 IEEE Symposium on Wireless Technology and Applications, 9-12.
D. Cypher, S. Yoo, N. Golmie, Predictive Link Trigger Mechanism for Seamless Handovers in Heterogeneous Wireless Networks, Wirel Commun Mob Com., 9 (2009) 685-703.
J. Shucong, L. Wenyu, D. Xiaoyu, Z. Lin, L. Yu, L. Jiaru, A Dynamic Hysteresis-adjusting Algorithm in LTE Self-Organization Networks, IEEE 75th Vehicular Tech. Conf. (2012).
Y. K. Ronny, J. Inuk, Y. Xiangying, Ch.Chao-Ch, Advanced Handover Schemes in IMT-Advanced Systems, IEEE Communications Magazine, (2010).78-85.
Kwan-Cheng Chen, J. Roberto De Marca, Mobile WiMAX, Wiley - IEEE Press (2008)5-6.
S. Choi, T. Kwon and G.H. Hwang, Fast handover scheme for real-time downlink services in IEEE 802.16e BWA system. In IEEE VTC, 3(2005) 2028-2032.
K. Kyamakya, Lee, D.H., and J.P. Umondi, Fast Handover Algorithm for IEEE 802.16e Broadband Wireless System, IEEE Xplore, (2006).
Zdenek BECVAR, Pavel MACH, Robert BESTAK, Initialization of Handover Procedure in WiMAX Networks, ICT-Mobile Summit 2009 Conference Proceedings, Inter. Infor. Manage. Corp. (2009).
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