An orthogonal real-time scheduling architecture for responsiveness QoS requirements in SOA environments
Francisco José Monaco, Michelle Nery, Maycon Leone Maciel Peixoto · 2009
This paper introduces a novel design approach for real-time multi-resource scheduling aimed at ensuring upper-bounded average response time in interactive computer services. By analyzing the properties of conventional heuristics, this work presents a new algorithm which combines resource and queue disciplines in an orthogonal scheduling architecture which extends recent results on stochastic real-time operations with applications on SOA and pervasive computing environments. Simulation experiments shows how the attributes of the proposed technique can outperform those of conventionally employed alternatives.