Service-Oriented Computing Imperatives in Ad Hoc Wireless Settings

Rohan Sen; Radu Handorean; Gruia Catalin Roman; Christopher D. Gill

doi:10.4018/978-1-5914-0426-2.ch012

Service-Oriented Computing Imperatives in Ad Hoc Wireless Settings

Rohan Sen
, Radu Handorean
, Gruia Catalin Roman
, Christopher D. Gill

Department of Computer Science & Engineering

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

14 Scopus citations

Abstract

Service-oriented computing is the latest step in a progression of programming paradigms containing, among others, the object-oriented computing and component-oriented computing paradigms. The service-oriented computing paradigm is characterized by a minimalist philosophy, in that a user needs to carry only a small amount of code in its local storage, and exploits other services by discovering and using their capabilities to complete its assigned task. While the paradigm was born and reached a certain level of maturity in wired networks, we examine the imperatives for service-oriented computing in ad hoc wireless networks. An ad hoc wireless network is a dynamic environment by necessity, which exhibits transient interactions, decoupled computing, physical mobility of hosts, and logical mobility of code. The motivation for this chapter is to understand the imperatives for a viable service-oriented computing framework in ad hoc wireless settings.

Original language	English
Title of host publication	Service-Oriented Software System Engineering
Subtitle of host publication	Challenges and Practices
Publisher	IGI Global
Pages	247-269
Number of pages	23
ISBN (Electronic)	9781591404286
ISBN (Print)	9781591404262
DOIs	https://doi.org/10.4018/978-1-5914-0426-2.ch012
State	Published - Jan 1 2004

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abstract = "Service-oriented computing is the latest step in a progression of programming paradigms containing, among others, the object-oriented computing and component-oriented computing paradigms. The service-oriented computing paradigm is characterized by a minimalist philosophy, in that a user needs to carry only a small amount of code in its local storage, and exploits other services by discovering and using their capabilities to complete its assigned task. While the paradigm was born and reached a certain level of maturity in wired networks, we examine the imperatives for service-oriented computing in ad hoc wireless networks. An ad hoc wireless network is a dynamic environment by necessity, which exhibits transient interactions, decoupled computing, physical mobility of hosts, and logical mobility of code. The motivation for this chapter is to understand the imperatives for a viable service-oriented computing framework in ad hoc wireless settings.",

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Service-Oriented Computing Imperatives in Ad Hoc Wireless Settings

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