Improving Dependability via Deadline Guarantees in Commodity Real-time Networks

In this paper, we are interested in computing ( m, k ) guarantees for WHRT tasks which may miss their deadlines due to transient overload resulting from sporadic jobs, e.g.,

According to them, if we consider only the total power transmitted over the path, then the short-hop strategy would be the most energy efficient, but since the reception cost should

We define a partition of the set of integers k in the range [1, m−1] prime to m into two or three subsets, where one subset consists of those integers k which are < m/2,

The setup used to evaluate algorithms 1 and 2 is an implementation of the abstraction from figure 1, with (i) a CR-PG and a CR-PC, both implemented as commodity off the

Furthermore, it has also been proved that the equilibrium distribution of the throughputs of the different classes of connections is in a one to one correspon- dence with the

OPTIMAL CONTROL OF THE TIME-VARYING FLOWS IN NETWORKS 339 A question to answer is where to place the end of queue x ; at t = (n+1) A in figure 3 representing the resulting

Formally prove that this equation is mass conser- vative and satisfies the (weak) maximum principle.. 4) Dynamic estimate on the entropy and the first

we first deal with properties that are independent of the or- dering of data, namely, the backlog and the constraints for the departure process. We first show on this example how