Mobile Web Service Provisioning

Srirama, Satish Narayana; Jarke, Matthias; Prinz, Wolfgang

doi:10.1109/aict-iciw.2006.215

Cited by 131 publications

(91 citation statements)

References 4 publications

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“…The work in Srirama et al [16], [1], [20] presented a lightweight mobile host with Personal Java implementation. In that work, authors utilised HTTP and TCP for the application and transport layer protocols respectively, and SOAP messages format with the WSDL as service description.…”

Section: Comparison Of Existing Mobile Host Frameworkmentioning

confidence: 99%

“…Additionally, accessing high speed mobile Internet (e.g., 3G/4G or LTE 1 ) with mobile devices has become a common phenomenon in most urban areas of the world. Cisco Visual Networking Index Forecast Project predicts that, by 2018, the population of mobile device users will reach around 5 billion together with more than 10 billion mobile devices connecting to the Internet 2. Confluence of these mobile developments with the evolution of service-oriented architecture technologies have led to the mobile Web services (MWS), where the mobile terminals are being used as both Web service clients and providers (which is termed-Mobile Hosts [1]). Mobile Web service provisioning has been utilized in numerous fields such as Location Based Services (LBS) [2], Mobile Health Services [3], Mobile Social Networking applications [4], etc.…”

Section: Introductionmentioning

confidence: 99%

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Lightweight Mobile Web Service Provisioning for the Internet of Things Mediation

Liyanage¹,

Chang²,

Srirama³

2017

IJU

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Section: Comparison Of Existing Mobile Host Frameworkmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Lightweight Mobile Web Service Provisioning for the Internet of Things Mediation

Liyanage¹,

Chang²,

Srirama³

2017

IJU

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“…WSDL, SOAP, HTTP and UDDI) can directly be applied to mobile systems (as e.g. shown by [15]) -assumed that these are relatively powerful, use reliable network connections and are able to provide adequate addressing mechanisms. Smaller and more restricted mobile systems however often omit dynamic components which need a large amount of resources or which cannot be realized due to decentralized infrastructures.…”

Section: Existing and Related Workmentioning

confidence: 99%

Realizing Mobile Web Services for Dynamic Applications

Zaplata

Dreiling

Lamersdorf

2009

Software Services for E-Business and E-Society

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Abstract. Use of web services also on mobile devices becomes increasingly relevant. However, realizing such mobile web services based on the standard protocol stack is often inappropriate for resource-restricted mobile devices in dynamic networks. On the other hand, using specialized alternative protocols restricts compatibility with traditional service applications. Thus, existing approaches often do not allow to integrate heterogeneous service instances dynamically, as it is, e.g., required for executing mobile service-based business processes. In order to adequately support such more complex and dynamic applications, this paper presents a lean and flexible system architecture which supports both mobile web service consumers and providers by allowing to integrate multiple protocols depending on their capabilities and to dynamically access suitable service instances at runtime. As a proof of concept, the paper shows an exemplary combination of practically relevant protocols for resource-limited devices based on WSDL, ASN.1 and overlay transport and presents its integration in a prototype scenario for supporting decentralized mobile business processes.

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“…The middleware that is distributed across the intermediary and device offers the potential to provide a solution to the reachability problem. MobileHost [12] [13] [14], Nokia Mobile Web Server [5] and MSP (Mobile Service Platform) [15] [16] [17] take the intermediary approach.…”

Section: Related Workmentioning

confidence: 99%

Towards a Technology Agnostic Approach to Developing Mobile Applications and Services

Warren¹,

Meads²

2017

JSEA

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Today's mobile devices and networks enable the development of novel mobile service applications. Developing such applications raises many challenges including heterogeneity in terms of mobile operating systems and APIs, service availability and scalability, and providing for the diverse communication needs of different applications. In this paper, we present an overview of the Odin middleware platform whose aim is to address these challenges. Odin utilises a surrogate-based architectural model to promote a mobile service's scalability and availability. The middleware is reconfigurable, allowing mobile applications to adapt to changing operating conditions and minimise resource consumption. It also includes an optimised communication channel that masks the complexity of interacting with mobile services over mobile telecommunications networks. Using Odin's interfaces and standards compliance, mobile applications and services with consistent communication behaviour can be easily implemented on heterogeneous platforms. Through quantitative evaluation, Odin's message-based communication primitives have been demonstrated to perform favourably with leading industry push messaging providers.

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Mobile Web Service Provisioning

Cited by 131 publications

References 4 publications

Lightweight Mobile Web Service Provisioning for the Internet of Things Mediation

Lightweight Mobile Web Service Provisioning for the Internet of Things Mediation

Realizing Mobile Web Services for Dynamic Applications

Towards a Technology Agnostic Approach to Developing Mobile Applications and Services

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