Services are normally composed following a structured model, or based on a particular goal that needs to be fulfilled. Such model is problematic for pervasive environments, since service components deployed in the environment are unknown beforehand. As a result, services may never execute due to the unavailability of one of the pre-specified components, or components missing to fulfill the service goal. This paper posits a new vision for service composition by inverting the control flow of service-oriented applications between users and the environment. Rather than having to request a particular service, services emerge from the environment based on interactions between available service components, and are pushed to be utilized by users. We present the architecture required to fulfill our vision in enabling service emergence in a pervasive environment. This vision architecture is realized by an initial prototype framework for software service emergence called Mordor. Early results of this vision are obtained from two examples demonstrating the feasibility of services emergence from previously unknown service components, and a case study demonstrating Mordor's usability in real world scenarios.
I have been working on adaptive systems for the last couple of years. Currently I am approaching adaptive systems from programming language perspective, working on development (programming language design), verification (partial, and incremental techniques), and application (smart environments, CPS, and IoT) of these systems.
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10:30 - 12:10
|Lightweight Programming Experiments without Programmers and Programs: An Example Study on the Effect of Similarity and Number of Object Identifiers on the Readability of Source Code using Natural Texts|
Tim MarterUniversity of Duisburg-Essen, Paul BabuckeUniversity of Duisburg-Essen, Philipp LembkenUniversity of Duisburg-Essen, Stefan HanenbergUniversity of Duisburg-EssenDOI
|Emergent Software Services|
Nicolás CardozoUniversidad de los AndesDOI Pre-print Media Attached
|Nez: Practical Open Grammar Language|
Kimio KuramitsuYokohama National University, JapanDOI
|Exploring Cheap Type Inference Heuristics in Dynamically Typed Languages|