Service Location Protocol, Version 2

Guttman, E.; Perkins, Charles E.; Veizades, J.; Day, Mark

doi:10.17487/rfc2608

Cited by 619 publications

(389 citation statements)

References 8 publications

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“…Standards are now being developed, the most important of which is the Service Location Protocol (SLP) [6]. The SLP protocol has two modes of operation: centralised and distributed.…”

Section: Related Workmentioning

confidence: 99%

“…Varshavsky et al [10] have done a worst-case packetcount analysis and an experimental (in simulation) comparison with variants of the Service Location Protocol (SLP) [6]. In a later paper [11], Varshavsky et al evaluate service-selection mechanisms, but only compare with centralised SLP variants.…”

Section: Related Workmentioning

confidence: 99%

“…It is important as it is a natural extension of the Service Location Protocol (SLP) [6], which was developed for fixed-infrastructure networks, into the MANET domain.…”

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

A Simulation Study of Integrated Service Discovery

Halkes

Baggio

Langendoen

2006

Lecture Notes in Computer Science

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Abstract. The research in the field of service discovery in mobile ad-hoc networks is characterised by a lack of quantitative research. Many ideas have been put forward but few have been tested, either in simulation or real life. This paper fills part of that void, by comparing through simulation a simple broadcast-flood protocol, an integrated routing and service-discovery approach, and a global-knowledge based approach. The results show that using an integrated approach can achieve a similar level of performance as a global-knowledge based approach.

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“…Standards are now being developed, the most important of which is the Service Location Protocol (SLP) [6]. The SLP protocol has two modes of operation: centralised and distributed.…”

Section: Related Workmentioning

confidence: 99%

Section: Related Workmentioning

confidence: 99%

See 1 more Smart Citation

A Simulation Study of Integrated Service Discovery

Halkes

Baggio

Langendoen

2006

Lecture Notes in Computer Science

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show abstract

“…A portable end system usually has a small display, low-quality audio, and inconvenient input devices. However, if there are networked devices with good multimedia I/O capabilities in the communication environment, user agents with the support of Service Location Protocol (SLP) [6] and SIP third-party call control architecture (3pcc) [7] can control the networked devices for communication. We have proposed an architecture [8] [9] that allows end systems to use available resources in the environment, such as displaying video on a wall-hanging plasma display or getting audio from an echo-canceling microphone.…”

Section: Use Networked Resourcesmentioning

confidence: 99%

sipc, a Multi-function SIP User Agent

Schulzrinne

2004

Management of Multimedia Networks and Services

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Abstract. Integrating multiple functions into one communication user agent can introduce many innovative communication services. For example, with networked appliance control, a user agent can turn off the stereo when receiving an incoming call. With location sensing, a user agent can automatically reject a call if it knows the location preference is 'quiet'. Multi-function interactions enable services that are otherwise impossible. In this paper, we first present the new services introduced by the integration, then introduce our SIP user agent, SIPC, which handles these new services in a programmable way. SIPC integrates multimedia call setup, networked appliance control, presence handling, Internet TV, instant messaging, location sensing, networked resource discovery, third-party call control, real-time multimedia streaming, emergency call handling, and conference floor control into one application. We analyze the relationship among these functions and propose different approaches for function integration. SIPC uses the Session Initiation Protocol (SIP) for multimedia call setup and the Language for End System Services (LESS) for service programming.

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“…The benefits of Service Discovery have driven the development of many protocols, including SLP [3], an IETF standard that has been designed to find available services in the local network. However, while most of the Service Discovery protocols are focussed on unmanaged LANs, as a typical SOHO environment, SLP has been carefully designed to scale from these small LANs to big enterprise sites.…”

Section: Service Location Protocol (Slp)mentioning

confidence: 99%

A Scalable Service Discovery Framework with Load Sharing Capabilities

Urueña

Larrabeiti

Serrano

IFIP International Federation for Information Processing

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In order to ease mobility, users should be able to access available services and resources of the local network without manually reconfigure its terminal at each visited network. Therefore, some kind of automatic mechanism is needed to dynamically locate the best available services from any network. The eXtensible Service Discovery Framework (XSDF) is a novel solution to this problem. XSDF is an evolution of the Service Location Protocol (SLP) architecture, that also integrates the load balancing and high-availability capabilities from the Reliable Server Pooling (Rserpool) framework in order to bridge together scalable service discovery with extensible load sharing selection policies. This paper provides a brief overview of XSDF, and compares it against SLPv2 (including its Attribute List Extension) employing several simulations in different scenarios.

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Service Location Protocol, Version 2

Cited by 619 publications

References 8 publications

A Simulation Study of Integrated Service Discovery

A Simulation Study of Integrated Service Discovery

sipc, a Multi-function SIP User Agent

A Scalable Service Discovery Framework with Load Sharing Capabilities

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