A hardware implementation of BCMP mobility protocol for IPv6 networks

Boukis, C.; Georganopoulos, N.; Aghvami, Hamid

doi:10.1109/glocom.2003.1258802

Cited by 15 publications

(12 citation statements)

References 2 publications

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“…The BCMP mobility management protocol implementation [11] is a C program, implementing the MN, the anchor point (ANP) and the AR functionalities. The program uses POSIX threads for client/server signalling between MN and AR and between AR and ANP.…”

Section: Bb Control Plane and Ip Micromobility Integrationmentioning

confidence: 99%

IP micromobility and QoS virtual network testbed

et al. 2007

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SUMMARYThis paper examines issues related to the interaction of QoS and IP micromobility management. More precisely, the inter-working of a tunnel-based IP micromobility management with the bandwidth broker QoS control plane is considered. Furthermore, the implementation of the system is detailed and it is tested using a virtual network testbed, based on 'user-mode-Linux'. Finally, as a proof of concept the signalling between the different entities is examined with the protocol analyser 'ethereal'.

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Section: Bb Control Plane and Ip Micromobility Integrationmentioning

confidence: 99%

IP micromobility and QoS virtual network testbed

et al. 2007

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“…Tunnel-based protocols follow a hierarchical architecture where the correspondent node, also referred to as Anchor Point (ANP), establishes tunnels (usually IP-in-IP tunnels) to the Access Routers (AR) or points of attachment of the MN. HMIP [15] and BCMP [16] are examples of these protocols. In contrast, in host-based forwarding protocols, each router in the path has a database whose information about the location of the MN is employed to forward packets to the MN.…”

Section: A Mobility Management Architecturementioning

confidence: 99%

Quality of experience evaluation under QoS-aware mobility mechanisms

Bernardo

Vučević

Umbert

et al. 2008

2008 14th European Wireless Conference

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Abstract-Next generation wireless networks will encompass a wide range of heterogeneous technologies in the radio access part. In such networks, the all-IP paradigm has been identified as a promising solution that will contribute benefits by providing IPbased transport through the radio and core network parts. However, this concept requires a precise management of the user's mobility, especially in order to preserve user's Quality of Service (QoS) throughout the session's lifetime. The aim of this paper is to evaluate the Quality of Experience (QoE) that users perceive when the different QoS-aware mobility management strategies adopted in the AROMA project are applied. A real-time testbed that provides end-to-edge QoS in all-IP heterogeneous wireless access networks has been employed to obtain QoE results that hardly could be obtained by means of simulations.Keywords -heterogeneous wireless access networks; mobility management evaluation; quality of experience; quality of service provisioning; real-time testbed.

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“…− The BCMP micromobility protocol [17], developed within the IST BRAIN Project, is designed to operate irrespective of the access network topology. Authentication of the mobile host is executed by an anchor point, located in the access network.…”

Section: Access Networkmentioning

confidence: 99%

FAMOUS: A Network Architecture for Delivering Multimedia Services to FAst MOving USers

Greve

Lannoo

Peters

et al. 2005

Wireless Pers Commun

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Abstract. When today's commuters in the train or in a car want to access the Internet, they see themselves restricted to simple web surfing or e-mail. Interactive multimedia services, like online gaming or video conferencing are still unavailable to them, even with promising new technologies like UMTS or WiMAX. The impact of high bit rate multimedia traffic on the access network and aggregation network is an important topic, that has not been addressed in enough detail before. We designed a network architecture for offering these multimedia services to fast moving users. We refer to the overall network architecture as the FAMOUS network architecture, which consists of two parts: (i) an access network part which has to deal with large number of users, asking for a high bandwidth, while experiencing a high handoff frequency and (ii) an aggregation network part which has to deal with dynamic tunnels of very high bandwidth, while experiencing a low handoff frequency. In this paper, we detail the FAMOUS architecture, together with optimized handoff strategies, an optical switching architecture, a design methodology for dimensioning aggregations networks and automatic tunnel pre-configuration and activation. Moreover, performance results of these mentioned aspects will be presented.

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A hardware implementation of BCMP mobility protocol for IPv6 networks

Cited by 15 publications

References 2 publications

IP micromobility and QoS virtual network testbed

IP micromobility and QoS virtual network testbed

Quality of experience evaluation under QoS-aware mobility mechanisms

FAMOUS: A Network Architecture for Delivering Multimedia Services to FAst MOving USers

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