InternationaleJournals

Multicast and Broadcast Service with Dynamic Channel Allocation on Mobile Communication Networks

1 R.Ramesh Babu and 2Mr.S.Ravi Kumar

1 Department of Computer Engineering, Gokul Institute of Techology and Sciences, Piridi, Bobbili,Vizianagaram Dt, Andhra Pradesh, India-535558.

E-mail: rameshbaburavulapati@gmail.com

2 Department of ComputerEngineering, Gokul Institute of Techology and Sciences, Piridi, Bobbili,Vizianagaram Dt, Andhra Pradesh, India-535558.

E-mail: ravi.csnn@gamil.com

                                                                                                                                   

ABSTRACT

           The Multicast and Broadcast Service Zone technology is proposed in Mobile Communication Network standards to improve system capacity and reduce handoff delay for wireless MBS calls. In the MBS zone technology, a group of BSs form an MBS zone, where the macro diversity is applied in the MS, the BSs synchronize to transmit the MBS content on the same common channel, interference caused by the common channel is reduced, and the MBS MSs need not perform handoff while moving between the BSs in the same MBS zone. However, when there is no MBS MS in a BS with the MBS zone technology, the transmission on the common channel wastes the bandwidth of the BS. In wireless Multicast Broadcast Service, the common channel is used to multicast the MBS content to the Mobile Stations (MSs) on the MBS calls within the coverage area of a Base Station (BS), which causes interference to the dedicated channels serving the traditional calls, and degrades the system capacity. It is an important issue to determine the condition for the MBS Controller (MBSC) to enable the MBS zone technology by considering the QoS for traditional calls and MBS calls. In this paper, we propose the Dynamic Channel allocation models: dynamic channel allocation and enhanced dynamic channel allocation by considering the condition for enabling the MBS zone technology.

Keywords:  Dynamic Channel Allocation, Multicast Broadcast Service, Mobile Communication Networks.

 

 

 

 

 


International eJournal of Mathematics and Engineering

Volume 3, Issue 5, Pages:  1881 - 1886