In this paper, we advocate the use, propose the design, and describe the implementation of an asymmetric transport-layer protocol for mobile systems. Portability of computing equipment is achieved by reduction in the physical parameters, which is facilitated by the ever increasing device integration ...
Transport Layer Security (TLS) Implementation for Secured MN- HA Communication in Mobile IPv6 Mobile IPv6 usually use the IPsec/IKEv2 to secure Mobile Node (MN) and Home Agent (HA) communication. The implementation of IPsec/IKEv2 with MIPv6 is complex because it requires a tight coupling be...
PHY is the “Physical layer”, the lowest layer in the protocol stack and consisting of the actual radio transmission over the radio channels using the OFDM modulation scheme and the TDD/FDD multiplexing concepts. The basic service of the PHY layer is to provide transport of data bits between...
The transport layer (e.g., TCP and UDP) uses the HA as a stationary identifier for the MN. Internet topology provides Mobile IPv6 a host with two addresses: a permanent one for host identification and another for the topological location. MIPv6's function is to Discussion Among the ...
Mobile IP is the IETF-proposed standard to offer seamless mobile computing. A new transport layer protocol, called stream control transmission protocol (SCTP), has recently been accepted by IETF as a proposed standard to address a number of TCP limitations. Most of the previous research on end-...
Until now, the two approaches have been considered for IP mobility management: Mobile IP in the network layer and SIP in the application layer scheme. In this paper, we discuss the use of SCTP for IP mobility support in the transport layer. We provide a framework of the use of SCTP with...
Paper presents comprehensive analysis of speed and energy consumption of the Reed-Solomon in mobile device. There is also analysis of memory usage and algorithm requirements for the protocol. Our results shows that it is possible to use Reed-Solomon scheme as a transport layer erasure correction ...
With the proliferation of mobile computing, mobile ad hoc networking is predicted to be a key technology for the next generation of wireless communications (Giordano, 2001). They are mostly desired in military applications (Plesse et al., 2005) where their mobility is attractive, but have also...
The MIH standard aims to facilitate the integration of heterogeneous networks by providing a uniform information about layer 2 (L2) triggers to the upper layers in order to help the handover decisions [4]. In addition, MIH provides facilities for inter-technology candidate network discovery, targe...
In transport mode, an AH gets added to the packet right after the IP header. The AH comes before the next layer protocol in the packet (such as UDP or TCP) and also before any other IPsec headers in the packet, such as the ESP header. The IP header that precedes the AH...