Interlocking with a heterogeneous network is important because mobile users (MUs) who
navigate on next-generation (NG) wireless networks want to be provided with undisrupted …

Mobile users (MUs) want to be provided with undisrupted network services when they
navigate on the Next-Generation wireless networks (NGWNs). For that, interlocking with a …

One of the major challenges for the wireless network design is the efficient mobility
management, which can be addressed globally (macromobility) and locally (micromobility) …

Mobile internet protocol (MIP) is a client based mobility management protocol, and it is used
to provide continuous internet service for the user. The mobile user forwards the control and …

The recent advances in network-based localized mobility management (NETLMM) have
facilitated the realization of All-IP based Wireless Networks. In this paper, the Proxy Mobile …

Abstract System Architecture Evolution (SAE) with Long Term Evolution (LTE) has been
used as the key technology for the next generation mobile networks. To support mobility in …

IP Mobility management protocols are divided into two kinds of category: host-based and
network-based mobility protocol. The former category, such as MIPv6 protocol and its …

Proxy Mobile IPv6, which surmounts limitations of host-based mobility protocols, provides an
efficient network-based mobility service in wireless mobile networks. In Proxy Mobile IPv6 …

In this paper, we propose the enhanced network-based mobility management protocol,
called enhanced proxy mobile ipv6 (E-PMIPv6), which can provide mobile nodes (MNs) with …

The Internet Engineering Task Force (IETF) has been actively standardizing distributed
mobility management (DMM) schemes with multiple Mobility Anchors (MAs). Yet, all existing …