Dear all,<\/p>\n
Most welcome to the research seminar October 17th<\/strong>. At the seminar, Romina Spalazzese will present her research and we will get the opportunity to learn more about one of our newly recruited colleagues. Please find Romina\u2019s abstract and bio below.<\/p>\n The seminar is held in Aktersalongen<\/strong> and we start at 13.15<\/strong> as usual. Most welcome!<\/p>\n \/Helena<\/p>\n Title<\/strong> Abstract<\/strong> In this talk I will present our previous and current research work and some future research directions. Bio<\/strong> Dear all, Most welcome to the research seminar October 17th. At the seminar, Romina Spalazzese will present her research and we will get the opportunity to learn more about one of our newly recruited colleagues. Please find Romina\u2019s abstract and … Continue reading
\nAutomated approaches to enable interoperability and build self-adaptive systems<\/p>\n
\nNowadays, our living environment is pervaded by a wide variety of heterogeneous digital systems that are connected to the Internet. The number and kind of connected systems have been always increasing and this growth trend will continue in the future. In this context, systems meet and know each other dynamically, when they want to start to interoperate to achieve some goal.
\nKey challenges, thus, are (i) to enable systems to interoperate seamlessly and (ii) to guarantee some properties, despite context changes. Given the huge heterogeneity and dynamism characterizing the described environment, automated solutions appear to be the only way to face such challenges timely and with the needed level of flexibility.<\/p>\n
\nI will describe a solution for the automated synthesis of self-adaptive connectors.
\nThe connectors (i) enable the interaction among already developed systems and (ii) are (self-)adaptive with respect to runtime performance requirement changes.
\nMoreover, I will talk about our ongoing work on an approach to automatically build context-aware (self-)adaptive systems. Our approach automatically elicits relevant context-variability, with respect to the system and the requirement under analysis, and properly extends the system to make it self-adaptive to context changes.<\/p>\n
\nRomina Spalazzese is a Senior Lecturer in Computer Science within the Faculty of Technology and Society of Malm\u00f6 University.
\nHer research interests are in Software Engineering and include Software Architectures, Connectors, Interoperability, Self-Adaptive Systems and Formal Methods. In particular, her overall work is focussed on automatically enabling software interoperability and on building self-adaptive software systems automatically.
\nRomina received her PhD in Computer Science from the University of L\u2019Aquila, Italy.
\nShe collaborated\/s with a large number of different researchers both from Academia and Industry and she actively worked in several national, international, and European projects.
\nRomina served the scientific community as reviewer for international journals and conferences.
\nShe also served a National Funding Program in 2014 as (i) expert evaluator \u2013 both as project proposals reviewer and as panel member, (ii) panel chair, and (iii) chairperson of the overall evaluation committee.<\/p>\n","protected":false},"excerpt":{"rendered":"