Softswitch Design and Performance Analysis

The increasing number of subscribers' demands in telecommunication sector has motivated the operators to provide high quality of service in cost effective way. Moreover, operators need to have an open structure system so that they can move their systems to the next generation network architecture. For this purpose, Softswitch is an appropriate technology because it is a safe and cost efficient solution and though it can migrate from traditional circuit-switching based telephone system to internet protocol packet-switching based networking. In this thesis, Softswitch has been studied and analyzed in details. Softswitch network consisted of different integrated modules such as transportation, calling and signaling, service application and management. Each module is discussed from functional and service point of views. Softswitch based wireless network architecture is presented. Different protocol interfaces in Softswitch network are explained. Variety of Softswitch network architectures analysis has been done based on their performance and the applicability. Three Softswitch network architectures are proposed which are validated through simulations.

Autorentext

received B.Sc. Degree in Computer Science & Engineering from Bangladesh, in 2006. He worked as a Wireless Radio link expertise in Smart village project. Afterwards, he obtained M.Sc. Degrees in Telecommunication Engineering from University of Vaasa, Finland in 2010.

Klappentext

The increasing number of subscribers'' demands in telecommunication sector has motivated the operators to provide high quality of service in cost effective way. Moreover, operators need to have an open structure system so that they can move their systems to the next generation network architecture. For this purpose, Softswitch is an appropriate technology because it is a safe and cost efficient solution and though it can migrate from traditional circuit-switching based telephone system to internet protocol packet-switching based networking. In this thesis, Softswitch has been studied and analyzed in details. Softswitch network consisted of different integrated modules such as transportation, calling and signaling, service application and management. Each module is discussed from functional and service point of views. Softswitch based wireless network architecture is presented. Different protocol interfaces in Softswitch network are explained. Variety of Softswitch network architectures analysis has been done based on their performance and the applicability. Three Softswitch network architectures are proposed which are validated through simulations.