Autor/Autorin: Ed-daoui Ilyas
Ilyas Ed-daoui, PhD student in an international cotutelle of thesis between LGS Laboratory in ENSA of Kenitra in Morocco and LMN Laboratory in INSA of Rouen in France, with particular interests in systems-of-systems resilience and reliability.
The IP Multimedia Subsystem (commonly called IMS) seems to be the perfect fit for new cellular networks which have known a revolutionary transition towards an IP-based architecture. However, this new architecture requires a massive work in order to enhance its reliability aspect. In this book, Ed-daoui, Mazri and Hmina represent technical challenges, internal issues and external threats facing IMS-based systems. They provide a thorough and comprehensive classification of these issues and threats. They also explain the role of reliability in the pursuit of a complete transition. And they give the syntax and semantics of their model for reliability monitoring. The need of such a book is evident, it provides a source for practitioners, researchers and students. For practitioners, this book explains best practices, guiding selection for IMS-based systems reliability monitoring. For researchers, this book provides a foundation for the development of more effective methods. For students, it explains the tremendous evolution of cellular networks, IMS, the reliability concept and the proposed model for monitoring.
Über den Autor
Ilyas Ed-daoui, dottorando in una cotutela internazionale di tesi tra il Laboratorio LGS dell'ENSA di Kenitra in Marocco e il Laboratorio LMN dell'INSA di Rouen in Francia, con particolare interesse per la resilienza e l'affidabilità dei sistemi di sistemi.
Klappentext
The IP Multimedia Subsystem (commonly called IMS) seems to be the perfect fit for new cellular networks which have known a revolutionary transition towards an IP-based architecture. However, this new architecture requires a massive work in order to enhance its reliability aspect. In this book, Ed-daoui, Mazri and Hmina represent technical challenges, internal issues and external threats facing IMS-based systems. They provide a thorough and comprehensive classification of these issues and threats. They also explain the role of reliability in the pursuit of a complete transition. And they give the syntax and semantics of their model for reliability monitoring. The need of such a book is evident, it provides a source for practitioners, researchers and students. For practitioners, this book explains best practices, guiding selection for IMS-based systems reliability monitoring. For researchers, this book provides a foundation for the development of more effective methods. For students, it explains the tremendous evolution of cellular networks, IMS, the reliability concept and the proposed model for monitoring.
