Migration approach of the Ambient Control Space

Charkani, N.; Cano, Marc Forment; Svaet, Stein; Johnsson, Martin

doi:10.1109/istmwc.2007.4299230

Cited by 4 publications

(2 citation statements)

References 2 publications

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“…Being initially equipped with minimal capabilities and having the ability to enrich the ACS with new functionality by installing new capabilities or composing with other Ambient Networks, the Ambient Networks architecture is considered to be more future proof and prepared for migrations than existing networking architectures [3]. The set of capabilities that were addressed during the project term was considered as complete as possible for multi-access technology architecture that has to serve existing and emerging radio interfaces.…”

Section: Architecture Of Ambient Networkmentioning

confidence: 99%

Co-opetition Enabling Security for Cooperative Networks: Authorizing Composition Agreement Negotiations between Ambient Networks

Schoo

2009

Wireless Pers Commun

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Networks are under control of different authorities because of ownership. To flexibly use capabilities across network borders or to even change border, decisions are needed that effect the autonomy of organizations, which have the authority to control their networks. Co-opetition, on the other hand, where a network of stakeholders co-operate and compete to create maximum value, is one of the most important business perspectives of recent years. To support co-opetition, flexibly use of capabilities across network borders is helpful. Network composition enables to share capabilities between different networks. Determining which capabilities are desired and allowed to be shared is here understood as the result of a composition process. This composition process may encompass negotiations or it can be based on matching predefined profiles. Any non manual, adequately secured composition process between networks of different authorities, however, needs an authorization for such composition to happen between authenticated networked partners. This article presents the approach and procedure for authorizing the negotiations between networks that want to compose to improve the network owner position regarding co-opetition.

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Section: Architecture Of Ambient Networkmentioning

confidence: 99%

Co-opetition Enabling Security for Cooperative Networks: Authorizing Composition Agreement Negotiations between Ambient Networks

Schoo

2009

Wireless Pers Commun

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“…A SATOPort is included in the path to adapt the TV stream. In order to ensure the impact of the Ambient Networks over the current standardized architectures, the combination of the ASI and legacy systems have been studied [2]. Taking the case of 3G cellular networks as a starting point, the interworking between legacy systems and Ambient systems can be performed through the ASI.…”

Section: Asi In An Iptv Use Casementioning

confidence: 99%

ASI - the Ambient Network Service Interface

Kampmann

Bleiholder

Tariq

et al. 2007

2007 Second International Conference on Communications and Networking in China

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Within the European research project Ambient Networks three reference points have been defined that determine the interactions and services an Ambient Network provides and fully describe it from an external perspective. In this paper, one of these reference points, the Ambient Service Interface (ASI), is described in detail. The ASI is used for connecting external services to the Ambient Control Space (ACS) of an Ambient Network and provides uniform access to Ambient Networks functionality from upper layers. After introducing the ASI main concepts, the new Ambient Networks service provisioning role model is presented. Examples of ASI primitives are given and a proposal for the realization of the ASI framework using web services is presented. The usage and implementation of the ASI in an IPTV usage scenario is given. Finally, the integration with IMS is discussed.

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Access Selection and Cooperation in Ambient Networks

Obaidat

Misra

2011

Cooperative Networking

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Migration approach of the Ambient Control Space

Cited by 4 publications

References 2 publications

Co-opetition Enabling Security for Cooperative Networks: Authorizing Composition Agreement Negotiations between Ambient Networks

Co-opetition Enabling Security for Cooperative Networks: Authorizing Composition Agreement Negotiations between Ambient Networks

ASI - the Ambient Network Service Interface

Access Selection and Cooperation in Ambient Networks

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