Terminal-centric view of software. reconfigurable system architecture and enabling components and technologies

Georganopoulos, N.; Farnham, Tim; Burgess, Richard C.; Schöler, Thorsten; Sessler, J.; Golubicic, Z.; Buljore, S.

doi:10.1109/mcom.2004.1299350

Cited by 16 publications

(6 citation statements)

References 5 publications

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“…Although reconfigurability has been proposed for terminals , most of them focus on radio layer only. Only few of them consider IP layer 10, 11. The proposed RAMP is a complete reconfigurable system which includes network and terminal .…”

Section: Background Of Rampmentioning

confidence: 99%

sRAMP: secure reconfigurable architecture and mobility platform

Hung

Yeh

Chen

2011

Security Comm Networks

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Many wireless systems have been proposed and deployed for decades. However, most of them are incompatible. It is expected that various wireless systems will still coexist in the near future. How to integrate them, thus, is an important issue. The integration should be done in both radio access network (RAN) and core network. A mobile user could overcome the incompatibility of different RANs by using multiple radio interfaces or software defined radio (SDR). However, it still requires a common core network to achieve universal roaming. If it is not possible to deploy a common core network, different core networks should be compatible. Unfortunately, standard organizations have been defining their own core networks. The roaming among heterogeneous networks, thus, has become a challenge. Earlier, we have proposed Reconfigurable Architecture and Mobility Platform (RAMP) to address this issue. However, RAMP mainly considers mobility management. In this paper, we present secure RAMP (sRAMP) which extends RAMP to support reconfigurability in security. This paper presents the design and implementation of sRAMP. To demonstrate the feasibility of sRAMP, a testbed has been constructed. This paper also presents the experimental results conducted by using the testbed. Furthermore, a brief comparison between the proposed sRAMP and other related studies is also presented.

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Section: Background Of Rampmentioning

confidence: 99%

sRAMP: secure reconfigurable architecture and mobility platform

Hung

Yeh

Chen

2011

Security Comm Networks

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“…Within the 5th Programme Framework of Commission of the European Communities several related projects existed, such as TRUST, SCOUT [3,4], and CREDO [5].…”

Section: Overview Of Related Workmentioning

confidence: 99%

Equipment management issues in B3G, end-to-end reconfigurable systems

Stavroulaki

Buljore

Roux

et al. 2006

IEEE Wireless Commun.

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The evolution of wireless communications in recent years has resulted in a clear trend toward Beyond Third Generation (B3G) systems, which support the integration and co-existence of multiple, diverse radio access technologies (RATs) in a common composite radio environment. The reconfigurability concept has been developed for the facilitation of B3G Systems. Reconfigurability supports the B3G concept by providing technologies that enable equipment (terminals and network elements) to dynamically select the most appropriate reconfiguration action. In this direction this article outlines some key issues for embedding reconfigurability functionality in equipment. A generic management system for reconfigurable equipment (MSRE) in B3G environments is presented and the functionality of its main components is described in detail.

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“…This allows dynamic reconfiguration of protocol stacks. More details on a software reconfigurable architecture can be found in [4]. This paper will look at the role of generic Link Layer APIs to facilitate optimization processes in multimode devices by evaluating one such generic and open Link Layer API called the ULLA (Unified Link Layer API) currently being developed by a European Union funded research project [1].…”

Section: Fig 1 Terminal Based Dynamic Optimizationsmentioning

confidence: 99%

Generic and Open Media Access for Next Generation Wireless Networks: A Case Study

Sooriyabandara

2006

First International Conference on Industrial and Information Systems

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A number of technology factors including increased connectivity to a diverse range of devices, variety of wireless access technologies (e.g. cellular, WLAN, WPAN, sensor), and highly reconfigurable software and hardware components have been driving telecommunications systems to provide ubiquitous and transparent services. At the same time, dynamically reconfigurable and/ or adaptive communication systems that are capable of operating in a variety of modes increases the heterogeneity of operating communications environments when used by users (including applications and devices) that have conflicting capabilities and requirements. Generic Application Programming Interfaces (APIs) are a key technology component to realize flexible and intelligent management of available modes of operations and adaptation of applications because they enable access and control of heterogeneous technologies in a uniform way. The case study presented in this paper explores the concept of generic APIs in the context of adaptive and reconfigurable communications systems. A generic API called Unified Link Layer API (ULLA) developed by a consortium of European researchers (from industry and academia) is reviewed to demonstrate the benefits offered by such a technology to the dynamic optimization of wireless multimedia systems.

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Terminal-centric view of software. reconfigurable system architecture and enabling components and technologies

Cited by 16 publications

References 5 publications

sRAMP: secure reconfigurable architecture and mobility platform

sRAMP: secure reconfigurable architecture and mobility platform

Equipment management issues in B3G, end-to-end reconfigurable systems

Generic and Open Media Access for Next Generation Wireless Networks: A Case Study

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