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QoS Assessment of Mobile Crowdsensing Services
Journal of Grid Computing, 2015© 2015, Springer Science+Business Media Dordrecht. The wide spreading of smart devices drives to develop distributed applications of increasing complexity, attracting efforts from both research and business communities. Recently, a new volunteer contribution paradigm based on participatory and opportunistic sensing is affirming in the Internet of ...
DISTEFANO, SALVATORE +2 more
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Dynamic QoS Adaptation for Mobile Middleware
IEEE Transactions on Software Engineering, 2008Computation and networking resources in mobile operating environments are much scarcer and more dynamic than in desktop operating environments. Mobile applications can leverage on the benefits of adaptive computing to optimize the QoS delivery based on contextual situations.
null Siu-Nam Chuang, A.T.S. Chan
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QoS provisioning to mobile Internet users
2nd European Conference on Universal Multiservice Networks. ECUMN'2001 (Cat. No.02EX563), 2003Issues of QoS provisioning to mobile Internet users are discussed. Particularly, QoS signaling for seamless handover is investigated. In order to meet mobile user's QoS requirements for real-time applications, a new protocol is proposed. The proposed protocol is based on an existing flow transparent Mobile IP and RSVP (resource reservation protocol ...
S. Lepaja +3 more
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From Mobile Cognition to Cognitive Mobility: QoS-Aware, Mobile Healthcare Services
2013In the advent of miniaturized mobile devices, on a growing scale enriched in computational, storage and wireless communication resources, the need for delivery of highly-personalized, intelligent mobile applications anytime-anywhere-anyhow is becoming a must for any successful service provider.
Wac, Katarzyna, Ullah, Muhammad
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Adkintun Mobile: Towards using personal and device context in assessing mobile QoS
2015 International Wireless Communications and Mobile Computing Conference (IWCMC), 2015F. Lalanne +3 more
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QoS Support in Mobile, Multimedia Networks
1998Rapidly deploy able wireless networks supporting multimedia traffic streams present a challenge in many dimensions. Some of the considerations involve mobility, changing topology, multihop transmissions, noisy channels, variable bandwidth, high error rates, real-time constraints, no central control and no existing infrastructure support.
Mario Gerla, Luigi Fratta
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Infocity: Providing Qos to Mobile Hosts
2005Future wireless networks will be integrated with existing wired networks. Together, this environment will compose a multimedia network infrastructure, providing advanced data, voice, and video services, which is referred to here as “InfoCity”. In this chapter, several emerging technologies, which might be used to provide the mobile multimedia services ...
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QoS Functions in Mobile Backhaul Network
The Journal of the Institute of Webcasting, Internet and Telecommunication, 2013This paper addresses QoS functions in mobile backhaul network to accommodate the diverse traffics in cell site. The traffics assigned to the switching function in RAN system, such as Ethernet frame, IP packet, and ATM cell, are segmented, and then encapsulated to transfer then to the mobile backhaul network.
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A QoS-aware Mobility Management Mechanism
Seventh ACIS International Conference on Software Engineering, Artificial Intelligence, Networking, and Parallel/Distributed Computing (SNPD'06), 2006In order for users to employ IP networks to efficiently transport multimedia and mission critical traffic, the networks must be able to provide mobility that incorporates guaranteed Quality of Service (QoS). Existing mobility management protocols do not maintain flows QoS requirements.
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