Add to ORKGAbstract—As portable devices are gaining more popularity, maintaining Internet connectivity anytime and anywhere becomes critical, particularly for mobile and vehicular networks. Network mobility (NEMO) and Internet Protocol mobility are gaining more and more importance. In this paper, we develop a Session Initia-tion Protocol (SIP)-based mobile network architecture to support NEMO for vehicular applications. We propose to form a mobile ad hoc network (MANET) by the mobile hosts (MHs) inside a vehi-cle or a cluster of vehicles. The MANET is connected to the outside world via a SIP-based Mobile Network Gateway (SIP-MNG), which is equipped with one or multiple external wireless interfaces and some internal IEEE 802.11 interfaces. The external...
This paper describes a Session Initiation Protocol (SIP) based solution for mobility management that...
Abstract — This paper overviews major existing approaches and proposes a novel architecture to suppo...
ng N 5; a One key difference of MANETs with infrastructure wireless Computer Communicati + model ART...
This article surveys the major existing approaches and proposes a novel architecture to support mobi...
MATEC Web Conf. Volume 125, 2017The immense growth in wireless network applications has encouraged ...
With the recent emergence of a myriad of mobility-enabling technologies, and with many of them gaini...
Providing "always-on" Internet connectivity is crucial for mobile networks in automobiles and person...
In the future, mobile users will have the possibility to use a variety of wireless access networks s...
Abstract—The goal of the network mobility (NEMO) manage-ment is to effectively reduce the complexity...
SIP has ability to build a complete multimedia architecture with the help of other IETF (Internet En...
Research on the provision of heterogeneous services in the field of intelligent transport is of grea...
Network mobility is an established topic of research which has the potential capability to support m...
[[abstract]]In the near future, the Internet is likely to become an All-IP network that provides var...
[[abstract]]Mobile IP has been widely accepted as a standard to support IP mobility in a wireless In...
The next generation of communication networks is expected to create a heterogeneous network environm...
This paper describes a Session Initiation Protocol (SIP) based solution for mobility management that...
Abstract — This paper overviews major existing approaches and proposes a novel architecture to suppo...
ng N 5; a One key difference of MANETs with infrastructure wireless Computer Communicati + model ART...
This article surveys the major existing approaches and proposes a novel architecture to support mobi...
MATEC Web Conf. Volume 125, 2017The immense growth in wireless network applications has encouraged ...
With the recent emergence of a myriad of mobility-enabling technologies, and with many of them gaini...
Providing "always-on" Internet connectivity is crucial for mobile networks in automobiles and person...
In the future, mobile users will have the possibility to use a variety of wireless access networks s...
Abstract—The goal of the network mobility (NEMO) manage-ment is to effectively reduce the complexity...
SIP has ability to build a complete multimedia architecture with the help of other IETF (Internet En...
Research on the provision of heterogeneous services in the field of intelligent transport is of grea...
Network mobility is an established topic of research which has the potential capability to support m...
[[abstract]]In the near future, the Internet is likely to become an All-IP network that provides var...
[[abstract]]Mobile IP has been widely accepted as a standard to support IP mobility in a wireless In...
The next generation of communication networks is expected to create a heterogeneous network environm...
This paper describes a Session Initiation Protocol (SIP) based solution for mobility management that...
Abstract — This paper overviews major existing approaches and proposes a novel architecture to suppo...
ng N 5; a One key difference of MANETs with infrastructure wireless Computer Communicati + model ART...