SLM, a framework for session layer mobility management

Landfeldt, Bjorn; Larsson, Tony; Ismailov, Yuri; Seneviratne, Aruna

doi:10.1109/icccn.1999.805557

Cited by 38 publications

(23 citation statements)

References 3 publications

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“…Landfeldt et al [15] presents a framework termed SLM that extends the TCP/IP model by introducing a session layer that switches TCP streams between connections. Although our solution is applied at the same abstraction layer as that of SLM, our session layer LoadBalancer component uses simultaneously all the available connections in order to transmit the multimedia frames to the CC.…”

Section: Related Workmentioning

confidence: 99%

Meeting Interactivity Requirements in Mobile E-Witness: An Experimental Study

Ghini

Lodi

Cacciaguerra

et al. 2008

Wireless Pers Commun

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This paper describes the design and development of a session-layer load balancing mechanism and its deployment in a mobile surveillance system named Mobile E-Witness (MEW), which we have developed (Ghini et al., Multimedia Tools and Applications, 37(3), 293-318, 2008). The load balancing mechanism proposed in this paper allows MEW to effectively meet interactivity requirements and it is based on an "early retransmission" technique that exploits the overall bandwidth provided by a number of heterogeneous (broadband and metropolitan area) wireless adapters incorporated in MEW. This technique anticipates a suspected unavailability of the adapters in order to avoid the effects of network congestion and guarantee continuity of the communication service and support for multimedia services such as IP telephony. We have carried out an experimental evaluation of the MEW prototype in order to assess its effectiveness in meeting interactivity and responsiveness requirements. This paper summarizes our design and the principal results we have obtained from the evaluation mentioned above.

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Section: Related Workmentioning

confidence: 99%

Meeting Interactivity Requirements in Mobile E-Witness: An Experimental Study

Ghini

Lodi

Cacciaguerra

et al. 2008

Wireless Pers Commun

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“…There are many other solutions that provide mobility services such as mobile socket based systems [35], [36] the session-based mobility [37], the persistent connection model [38], the session layer mobility (SLM) [39] and the autonomic mobility management [40]. Although these systems do not offer security services simultaneously, they allow session continuity despite connection failures.…”

Section: Various Mobile Vpn Systemsmentioning

confidence: 99%

A Survey on Secure and Resilient Session Schemes: Technical Comparison and Assessment

Ahmat¹,

Magoni²

2018

ICST Transactions on Ubiquitous Environments

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Cyber threats become more and more pervasive on the Internet and on distributed/decentralized systems. In order to secure communication over these infrastructures and respond to mobility constraint, a new class of Virtual Private Networks (VPN), which support both security and mobility, has emerged in the course of last years. Mobile Virtual Private Networks, called mobile VPN, provide not only secure tunnels but also session continuity mechanism despite location change or connection disruptions. This mechanism enables secure sessions to survive in dynamic/mobile environments without requiring a renegotiation of security keys during the session resumption phase. In this paper, on the one hand, we survey the recent literature on the mobile VPN systems followed by a detailed analysis and a technical comparison in tabulated form of existing technologies. On the other hand, we carry out experiments on open source mobile VPN infrastructures. We subsequently outline and discuss major features and performances of various assessed mobile VPN infrastructures.

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“…SLM [4] is a session layer solution that also realizes mobility by replacing broken transport connections with new ones. However, SLM is limited to TCP and is hence not generally applicable.…”

Section: Related Workmentioning

confidence: 99%

A Session Layer Concept for Overlay Networks

Mahieu

Verbaeten

Joosen

2005

Wireless Pers Commun

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Current day mobility solutions are characterized by a number of essential restrictions that prevent them from being successful in an overlay network environment. This paper proposes 4 properties that mobility solutions must have to address these restrictions: application cooperation, higher layer mobility awareness, general applicability and protocol heterogeneity. Subsequently, a mobility solution that realizes all these properties is described. The solution introduces a session layer in the protocol stack that consists of two subsystems: the connection abstraction system and the address management system. Other mobility solutions found in the literature, session layer and others, typically only realize a subset of the four properties.

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SLM, a framework for session layer mobility management

Cited by 38 publications

References 3 publications

Meeting Interactivity Requirements in Mobile E-Witness: An Experimental Study

Meeting Interactivity Requirements in Mobile E-Witness: An Experimental Study

A Survey on Secure and Resilient Session Schemes: Technical Comparison and Assessment

A Session Layer Concept for Overlay Networks

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