Service management in secure and QoS-aware wireless enterprise networks

Limam, Noura; Rotrou, Julien; Loutrel, Marc; Ouakil, Laurent; Saleh, Hala Atef M.; Pujolle, Guy

doi:10.1109/jsac.2005.854111

Cited by 8 publications

(1 citation statement)

References 28 publications

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“…The protocol satisfies not only security requirements in terms of secrecy, confidentiality, authentication, availability, and data integrity, but also performance requirements in terms of latency, network traffic, response time, scalability, and reconfigurability. Limam [25] designed a service‐oriented management system that enables user‐centric service provisioning, while enforcing security and QoS requirements. Zhang et al .…”

Section: Related Workmentioning

confidence: 99%

QoS‐aware and compromise‐resilient key management scheme for heterogeneous wireless Internet of Things

Ren

2011

Int J Network Mgmt

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SUMMARYThe Internet of Things (IOT) is envisioned as a natural evolution of the Internet, promising to enable ubiquitous connections for pervasive objects. The evolutionary merging of heterogeneous wireless networks is inevitable for smooth migration to IOT; for example, in a typical application of IOT-smart homes-there exist sensor-radio frequency identification (RFID) hybrid networks. The communication security between sensor (or RFID tags) and home control center is critical, whereas an appropriate key management scheme is a prerequisite for communication security. In this paper, we propose a compromise resilient key management scheme including key agreement schemes and key evolution policies to tackle existing remarkable asymmetry with respect to computation resources of hybrid networks. In particular, a forward and backward secure key evolution policy with formal proof is proposed. We also propose a quality of service (QoS)-aware enhancement method by measuring several metrics such as data assurance priority, attacking risk, and remaining power percentage. Security parameter negotiation and a tuning method are proposed, based on reactive measurement in real time. Our proposed scheme is built on abstract cryptographic primitives such as trapdoor permutation, pseudorandom function, pseudorandom number generator, one-way function and hash function so as to retain flexibility for concrete options. Security and performance for proposed key agreement schemes and key evolution policies are compared in detail. Three QoS-aware security strategies are proposed: performance first, security second (PFSS); security first, performance second (SFPS); and performance security made balanced (PSMB). Measurement-based negotiation of security parameters is also proposed in terms of algorithm prototype.

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Section: Related Workmentioning

confidence: 99%

QoS‐aware and compromise‐resilient key management scheme for heterogeneous wireless Internet of Things

Ren

2011

Int J Network Mgmt

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Session-Based QoS Management Architecture for Wireless Local Area Networks

Tebbani

Haddadou

Pujolle

IP Operations and Management

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International audienceGrowing demands for the public wireless broadband services will require more capacity than the one provided by IP-based service providers (ISPs). The increasing popularity of WLANs due to the use of license-free radio spectrum with low-cost, easily deployable, high-data-rate wireless services, has encouraged service providers to consider their deployment in high density usage areas such us public hotspots to provide complementary broadband access to their networks and services. In order to provide consistent QoS control for multimedia applications (VoIP, VoD,...) over hotspots, a Session Initiation Protocol (SIP) based QoS management architecture is proposed in this article. Performance evaluations are discussed to illustrate the feasibility of the proposed architecture

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Stochastic stable buffer control for quality-adaptive HEVC video transmission in enterprise WLAN architectures

Kim

Ryu

2015

J Real-Time Image Proc

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Service management in secure and QoS-aware wireless enterprise networks

Cited by 8 publications

References 28 publications

QoS‐aware and compromise‐resilient key management scheme for heterogeneous wireless Internet of Things

QoS‐aware and compromise‐resilient key management scheme for heterogeneous wireless Internet of Things

Session-Based QoS Management Architecture for Wireless Local Area Networks

Stochastic stable buffer control for quality-adaptive HEVC video transmission in enterprise WLAN architectures

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