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Towards a Complete Solution to Mobility Management for Multiple-Operability Mobile Systems


Affiliations
1 Electronics Dept, Dr. J.J.M.C.O.E., Jaysingpur, India
2 Electronics Dept, D.Y.P.C.O.E, Kolhapur, India
3 Mechanical Dept, D.K.T.E, Ichalkaranji, Dist. Kolhapur, Maharashtra, India
 

In the Multiple-Operability Mobile Systems, mobile users (MUs) will be able to move across various heterogeneous networks while using their mobile terminals (MTs) to communicate. It has been proven that this global roaming freedom significantly increases the network-signaling traffic. Several schemes have been recently proposed to reduce such a traffic. This paper presents an efficient approach which uses a special gateway called Wireless INterworking Gateway (WING) to facilitate interoperability between heterogeneous subsystems of the NG wireless systems. Results reveal that such an approach significantly improves the network performance, in terms of generated signaling traffic and response time during the global roaming process.

Keywords

Global Roaming, Multiple-Operability Mobile Systems, Heterogeneous Networks, Service Portability, Location Management.
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  • Towards a Complete Solution to Mobility Management for Multiple-Operability Mobile Systems

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Authors

Tejashri H. Mohite
Electronics Dept, Dr. J.J.M.C.O.E., Jaysingpur, India
S. V. Sankpal
Electronics Dept, D.Y.P.C.O.E, Kolhapur, India
A. D. Patil
Mechanical Dept, D.K.T.E, Ichalkaranji, Dist. Kolhapur, Maharashtra, India

Abstract


In the Multiple-Operability Mobile Systems, mobile users (MUs) will be able to move across various heterogeneous networks while using their mobile terminals (MTs) to communicate. It has been proven that this global roaming freedom significantly increases the network-signaling traffic. Several schemes have been recently proposed to reduce such a traffic. This paper presents an efficient approach which uses a special gateway called Wireless INterworking Gateway (WING) to facilitate interoperability between heterogeneous subsystems of the NG wireless systems. Results reveal that such an approach significantly improves the network performance, in terms of generated signaling traffic and response time during the global roaming process.

Keywords


Global Roaming, Multiple-Operability Mobile Systems, Heterogeneous Networks, Service Portability, Location Management.