The 13th advanced summer school on service-oriented computing

IF 2.4 Q1 Computer Science
Schahram Dustdar
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Abstract

The 13th advanced Summer School on Service Oriented Computing (SummerSOC’19) continued a successful series of summer schools that started in 2007, regularly attracting world-class experts inServiceOrientedComputing to present state-of-the-art research during a week-long program organized in several thematic tracks: IoT, formal methods for SOC, Cloud Computing, Data Science, Advanced Manufacturing, Software Architecture, Digital Humanities, Quantum Computing, and emerging topics. The advanced summer school is regularly attendedby top researchers fromacademia and industry as well as by Ph.D. and graduate students. During the different sessions at SummerSOC renowned researchers gave invited tutorials on subjects from the themes mentioned above. The afternoon sessions were dedicated to the SummerSOC symposium and its original research contributions in these areas mentioned above. All accepted contributions were submitted in advance and have been peerreviewed. In addition, the contributions had been extensively discussed during a poster session. The feedback of this discussion too has been folded into the version published in this special issue. The first article provides a systematic review on the white and grey literature on design principles, architectural smells and refactoring for microservice; the first author received the “SummerSoC Young Researcher Award” sponsored by ICSOC. The next article introduces the ASAP-DM framework, which enables an automatic selection of ana-
第十三届面向服务的计算高级暑期学校
第十三届面向服务计算高级暑期学校(SummerSOC ' 19)延续了自2007年开始的一系列成功的暑期学校,定期吸引世界级的面向服务计算专家在为期一周的课程中介绍最新的研究成果,该课程组织了几个主题轨道:物联网,SOC的正式方法,云计算,数据科学,先进制造,软件架构,数字人文,量子计算和新兴主题。来自学术界和工业界的顶尖研究人员以及博士和研究生定期参加高级暑期学校。在SummerSOC的不同会议期间,知名研究人员就上述主题的主题进行了邀请教程。下午的会议专门讨论了SummerSOC研讨会及其在上述领域的原始研究贡献。所有被录用的稿件均提前提交,并经过同行评议。此外,在一次海报会议上广泛讨论了这些贡献。这次讨论的反馈也被纳入了本期特刊的版本中。第一篇文章系统地回顾了关于微服务的设计原则、架构气味和重构的空白文献和灰色文献;第一作者获得ICSOC主办的“SummerSoC青年研究员奖”。下一篇文章将介绍asp - dm框架,该框架支持自动选择ana
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
SICS Software-Intensive Cyber-Physical Systems
SICS Software-Intensive Cyber-Physical Systems COMPUTER SCIENCE, HARDWARE & ARCHITECTURE-
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