Adaptive and reconfigurable computing systems are becoming widespread, and have the particularity to be able to change their computing structure dynamically, in response to changes in their environment or execution platform. Motivations for the adaptivity are found in resource management, energy efficiency, or functionality. The management of adaptation has to be automated for reasons of complexity and responsiveness, and the design of reconfiguration controllers requires methods, models and tools, in order to have safe and predictable behaviors of the automated systems. One particularly interesting approach is to consider the management loop to be designed with combined competences in Computer Science and Control Theory.
Programm
9.00 : Introduction, by Eric Rutten
9.15 : "Service-Level Awareness in Cloud Applications" by Karl-Erik Arzen (Lund, Sweden)
10.00 : "Feedback control loops as a means to improve/achieve adaptiveness" by Alberto Leva (Milano, Italy)
10.45 : break and chatting
11.00 : "Towards a Generic Architecture for Open, Scalable and Multi-Objective Autonomic Systems" by Ada Diaconescu ( Telecom Paris-Tech, France)
11.45 : "Integrating Adaptation Mechanisms Using Control Theory Centric Architecture Models" by Filip Krikava (LIFL / INRIA Lille)
12.30 : break and lunching
14.00 : "Application of control theory to ManyProcessor System-on-Chip (MPSoC)" by Suzanne Lesecq (CEA LETI) (& D. Puschini & E. Beigné)
14.45 : " A Control Approach for Performance of Big Data Systems" by Bogdan Robu (GIPSA) (& Mihaly Berekmeri & Damián Serrano & Sara Bouchenak & Nicolas Marchand)
15.30 : break and chatting
16.00 : "Simple but useful dynamic adaptation in the OSGi service-oriented platform" by Didier Donsez (LIG)
16.45 : "Modular coordination of multiple autonomic managers" by Eric Rutten (& Soguy Gueye & Noël de Palma & Gwenaël Delaval)
17.30 : discussion
18.00 : closing, by Eric Rutten
Organisation :
Eric Rutten, INRIA
Stéphane Mocanu, Gipsa-lab
This workshop is supported by the STAARS (Supervisory Techniques for Autonomic, Adaptive and Reconfigurable Systems) projet exploratoire of the LabEx Persyval-lab
