IP-based IMT network platform

Yumiba, H.; Imai, K.; Yabusaki, M.

doi:10.1109/98.960336

Cited by 53 publications

(10 citation statements)

References 4 publications

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“…OMNeT++ adopts message mechanism to stimulate the operation of modules, and also presents a series of interfaces making it convenient for debugging, result outputting and controlling the running of program, which can establish the high layers signal simulation. According to the functions division principle of system modeling in [6], we will simplify and abstract each functional entity in LTE system, and divide them into two models: entity model (AGW model, Node B model etc.) and auxiliary model (Cell layout model).…”

Section: A Omnet++mentioning

confidence: 99%

A Novel Network Architecture for 3G Evolution

Zizhou

Chen

Wang

2006

2006 IEEE 17th International Symposium on Personal, Indoor and Mobile Radio Communications

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With the increasing requirement on QoS of data service, the long term evolution (LTE) of 3G is being researched and standardized to provide higher bit rates with lower latency, lower cost and improved coverage. In this paper，a novel network topology optimization of UMTS access networks combining mobility management and improved authentication schemes is proposed to support these requirements. The architecture presents a concept of URA (UMTS Terrestrial Radio Access Network Registration area) self-control system in control plane (C-plane) of access network, so that the handover process of C-plane can be independent of that of user plane (U-plane), which significantly reduces the handover latency. Moreover, a novel layered tunnels topology method is proposed in U-plane to achieve load equilibrium in access gateway (AGW). Based on the proposed network architecture, we give examples of signaling sequence combining fast handover process and proposed authentication scheme, and shows that their performance is generally superior to current 3G network architecture, in terms of reducing handover latency and increasing data security and integrity.

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Section: A Omnet++mentioning

confidence: 99%

A Novel Network Architecture for 3G Evolution

Zizhou

Chen

Wang

2006

2006 IEEE 17th International Symposium on Personal, Indoor and Mobile Radio Communications

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“…NTT DoCoMo have proposed the IP-based IMT Network Platform (IP 2 ) as the next generation mobile network architecture [1]. Motivation behind the IP 2 is to fulfil series of requirements for all-IP mobile infrastructure: location privacy, optimal routing, separation of mobility management and network transport, minimizing the signalling overhead, and hiding network internals.…”

Section: Introductionmentioning

confidence: 99%

Experimental evaluations of feasibility and bottlenecks of IP/sup 2/ mobility management

Suigimoto¹,

Ariyoshi²,

Keszei³

et al. 2005

IEEE International Conference on Communications, 2005. ICC 2005. 2005

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Experimental system of IP 2 mobility management was designed and implemented in order to confirm feasibility of the protocol and identify its bottlenecks. The experimental system is based on a prototype implementation of IP 2 mobility management which runs on PC servers. Series of experiments were conducted in order to check validity of protocol sequence and impact of load status on system performance. From the feasibility tests results, it was confirmed that there was no fundamental error in IP 2 mobility management and it could interwork with other IP protocols. Throughout the bottleneck tests, degradation in performance due to limitation of the transport mechanism was observed when the MN had relatively large number of active peers. Experimental results indicated that alternate mechanism to improve reliability of signalling messages was highly needed. From User-Plane viewpoint, additional processing that is specific to IP 2 mobility management put negligible effect on the packet forwarding delay of the AR.

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“…One mobility management concept is based on IP 2 , which is described in [6]. The solution assumes a routing manager and a location manager to reside in the network control sublayer controlling the access layer.…”

Section: Mobility Managementmentioning

confidence: 99%

“…However, location confidentiality and route optimization cannot be kept at the same time, which is an open issue in Mobile IP. In addition, the Mobility Management for IPBased IMT Network Platform (IP 2 ) is proposed as one of the possible approaches for the next-generation mobile communications network beyond 3G systems [6,8] to resolve this open issue.…”

Section: Moving Networkmentioning

confidence: 99%

Cooperative networks for the future wireless world

Politis

Oda²,

Dixit

et al. 2004

IEEE Commun. Mag.

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WIRELESS WORLD RESEARCH FORUM INTRODUCTIONBeyond-third-generation (B3G) systems have been envisaged as an evolution and convergence of mobile communications systems and IP technologies to offer a multitude of services over a variety of access technologies. To fulfill the vision, it is necessary to understand the requirements with respect to the support of heterogeneity in network accesses, communication services, mobility, user devices, and so on. It is equally important to promote the necessary research in networking technology by providing a guiding framework of research areas and technical issues with priority. The new architectures and technologies will have to address the fundamental assumptions and requirements that govern the design. All these are being tackled by the Cooperative Network working group (CoNet) of the Wireless World Research Forum (WWRF), which is working on a series of white papers outlining B3G visions and roadmap, architectural principles, research challenges, and candidate approaches. In the remainder of this article CoNet's main objectives are outlined, while we examine the most important elements of CoNet's architectural principles. Additionally, we address the flamboyant research challenges in cooperative networks and try to give a glimpse of what we think would govern their design and encompass their futuristic form by introducing the main network components and technologies. This is mainly accomplished by focusing on three "hot concepts": mobility management, multiple access, and moving networks. ABSTRACTBeyond-3G (B3G) systems have been envisaged as an evolution and conv∂ ergence of mobile/wireless communication systems and IP technologies to offer a multitude of services over a variety of access technologies. To fulfill the vision, it is necessary to understand the requirements with respect to the support of heterogeneity in network accesses, communication services, mobility, user devices, and so on. Besides, it is equally important to promote the necessary research in networking technology by providing a guiding framework of research areas and technical issues with priority. The new architectures and technologies will have to address the fundamental assumptions and requirements that govern the design. All these issues are being tackled by the Cooperative Network working group (CoNet) of WWRF; the group is working on a series of white papers outlining B3G visions and roadmap, architectural principles, research challenges, and candidate approaches. This article outlines the CoNet concept, architectural principles, and guidelines for research into cooperative networks assuming that the B3G systems will be built over generic IP networking technologies. The article also presents the key research challenges, research framework, and major network components and technologies. The key points are that the system should be layered on demand, encourage reuse of independent modularized functional blocks, support multiple services and service creation, ensure consistent end-to-end connectivi...

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IP-based IMT network platform

Cited by 53 publications

References 4 publications

A Novel Network Architecture for 3G Evolution

A Novel Network Architecture for 3G Evolution

Experimental evaluations of feasibility and bottlenecks of IP/sup 2/ mobility management

Cooperative networks for the future wireless world

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