Session Centered Calculi for Service Oriented Computing

R. Nicola
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Abstract

Within the European project Sensoria, we are developing formalisms for service description that lay the mathematical basis for analysing and experimenting with components interactions, for combining services and formalising crucial aspects of service level agreement. One of the outcome of this study is pSCC, a process calculus with explicit primitives for service definition and invocation. Central to pSCC are the notions of session and pipelining. Sessions are two sided and can be equipped with protocols executed by each side during an interaction and permit interaction patterns that are more structured than the simple one-way and request-response ones. Pipeline permits exchange of values between among sessions. The calculus is also equipped with operators for handling (unexpected) session closures that permit programming smooth propagation of session closures to partners and subsessions, so as to avoid states with dangling or orphan sessions. In the talk we will present SCC and discuss other alternatives that are (or have been) considered within the project.
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面向服务计算的会话中心演算
在欧洲项目Sensoria中,我们正在开发服务描述的形式化,为分析和试验组件交互、组合服务和形式化服务水平协议的关键方面奠定数学基础。这项研究的成果之一是pSCC,它是一种带有用于服务定义和调用的显式原语的过程演算。pSCC的核心是会话和流水线的概念。会话是双向的,可以配备由每一方在交互期间执行的协议,并允许比简单的单向和请求-响应模式更结构化的交互模式。管道允许在会话之间交换值。微积分还配备了用于处理(意外的)会话闭包的操作符,这些操作符允许编程将会话闭包平滑地传播到合作伙伴和子会话,从而避免出现悬空或孤立会话的状态。在演讲中,我们将介绍SCC,并讨论项目中正在(或已经)考虑的其他替代方案。
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