Reducing timing interferences in real-time applications running on multicore architectures

It specifies three synchronisations that are likely to generate stall times: a barrier, a lock-based protection for a critical section, and joining the child threads for the

Alternatively, the authors of [14, 16] propose an analysis method based on real-time Calculus for applications running on multicore architectures: tasks are approximated as sequences

Here, dedendencies are given by precedence constraints. The challenge is to share execution time of p > 1 cores to m > p VMs such that deadlines as well as prece-

The SimpleVS algorithm selects the maximum utilization among all cores in a VFD as the shared operating frequency, such that the frequency synchronization of the VFD, the

This special issue focuses on those topics having an incidence on the smart camera architecture, either emerg- ing from the design of smart sensing and processing devices or imposed

The robust binomial approach was validated while studying two optimization problems from the compilation of embedded dataow applications: the partitioning as well as the joint

In [3], the authors present a general multicore-cache model aiming at modeling the cache archi- tecture of multicore processors; they study divide-and-conquer algorithms for

Our second user study shows that users prefer the mixed summaries we propose in this dissertation over the fully-personalized summaries that contain only sentences that discuss the