Dynamic criticality management with ARTEMIS
Posted: Thu Jun 30, 2016
Title: Dynamic criticality management with ARTEMIS
Authors:
Olivier CROS (LIGM / Université Paris-Est)
Geoffrey EHRMANN (LACSC)
Laurent GEORGE (LIGM / Université Paris-Est, ESIEE)
Abstract: In this work, we propose to detail the mixed-criticality integration inside our network simulator ARTEMIS. The objective here is to propose a solution to manage and simulate concrete criticality level changes inside network infrastructures, in order to focus on a network topology reconfiguration w.r.t to critical and non-critical messages evolutions. Through a transmission time computation model based on a probabilistic approach, we propose a solution to generate flowsets integrating mixed-criticality, in order to simulate the scheduling of these flowsets through different topologies.
Attached paper:
Authors:
Olivier CROS (LIGM / Université Paris-Est)
Geoffrey EHRMANN (LACSC)
Laurent GEORGE (LIGM / Université Paris-Est, ESIEE)
Abstract: In this work, we propose to detail the mixed-criticality integration inside our network simulator ARTEMIS. The objective here is to propose a solution to manage and simulate concrete criticality level changes inside network infrastructures, in order to focus on a network topology reconfiguration w.r.t to critical and non-critical messages evolutions. Through a transmission time computation model based on a probabilistic approach, we propose a solution to generate flowsets integrating mixed-criticality, in order to simulate the scheduling of these flowsets through different topologies.
Attached paper: