MO-BIZZ: Fostering Mobile Business through Enhanced Cloud Solutions

Stanik, Alexander; Kao, Odej; Martins, Rui; Cruz, António Miguel Rosado da; Tektonidis, Dimitrios

doi:10.1109/ccgrid.2014.66

Cited by 2 publications

(2 citation statements)

References 7 publications

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“…The reason for choosing this protocol was probably caused by the circumstance that no standard or other suitable protocol for a dynamic negotiation, creation and evaluation of SLAs existed. The approach presented in the following sections uses WS-Agreement and its extension WS-Agreement Negotiation, both of them standardised and applied in several projects like [8][9][10][11][12].…”

Section: Iet Networkmentioning

confidence: 99%

Service‐level agreement aggregation for quality of service‐aware federated cloud networking

2015

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Since the cloud paradigm becomes increasingly popular for dynamic resources allocation, the flexibility of a cloud is still limited regarding network services and their autonomous federation between different providers. The following architectural approach introduces a generic layered model to orchestrate and federate heterogeneous networks. In particular, an architecture is presented that enables quality of service (QoS) aware parameterisation of network resources in a cloud infrastructure of a single data-centre as well as for a federation. Furthermore, this architecture uses a service-level agreement (SLA) protocol and language to expose key performance indicators and to negotiate appropriate QoS constrains that are applied to the virtually sliced underlying network substrate. In this way, capabilities of the orchestration and the current utilisation of the network are building the foundation for dynamic negotiated SLAs and the within-guaranteed QoS network resources. Therefore an aggregation mechanism is illustrated for merging service-level objectives and for guaranteeing a single SLA that specifies obligations and responsibilities of all participants.

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Section: Iet Networkmentioning

confidence: 99%

Service‐level agreement aggregation for quality of service‐aware federated cloud networking

2015

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“…Although some recent works ( [13], [14]) are proposing the deployment of horizontal cloud services in mobile networks (a collaborative approach in which the cloud provider and the mobile operator can dynamically manage the underlying mobile network infrastructure resources) vertical clouds have not been deployed in the telecommunication sector yet. But some important examples of vertical clouds can be found in the logistics sector ( [15]), in the health-care sector ( [16]) or in the air traffic management sector ( [17]).…”

Section: Introductionmentioning

confidence: 99%

Mobile Cloud Computing to Provide Mobiquity as a Service on Telecommunication Vertical Clouds

Carriedo

Beltrán

2015

2015 3rd IEEE International Conference on Mobile Cloud Computing, Services, and Engineering

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Two of the most important drivers of current telecommunication markets are the development of Rich Communication Services (RCS) and cloud computing. The challenges of delivering these new services on a cloud-based architecture are not only on the technical side, they also concern the definition of feasible business models for all the involved agents and the definition and negotiation of proper service level agreements at different levels. This work proposes to provide telecommunication operators with cloud-based infrastructures capable of offering customers innovative and reliable rich communication services based on their phone numbers that cannot be replicated by the Internet competitors in terms of flexibility, scalability or security. This Mobiquity as a Service model (MaaS) allows telecommunication providers to maintain relevance for their clients offering not only the common communication services (instant messaging, group communication and chat, file sharing or enriched calls services) but also a new kind of mobiquiotus services relatedto mobile marketing, smart places, Internet of Things or health care; exploiting all the competitive advantages associated to the development of a vertical cloud in a dynamic and heterogeneous ecosystem. In addition, the infrastructure layer needed to support the new proposed model is defined and a first prototype is deployed and evaluated with two real use cases.

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MO-BIZZ: Fostering Mobile Business through Enhanced Cloud Solutions

Cited by 2 publications

References 7 publications

Service‐level agreement aggregation for quality of service‐aware federated cloud networking

Service‐level agreement aggregation for quality of service‐aware federated cloud networking

Mobile Cloud Computing to Provide Mobiquity as a Service on Telecommunication Vertical Clouds

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