The power density of processors has increased greatly over time. Since elevated
temperatures greatly shorten the lifetime of semiconductor devices, thermal management …

The temperature increase in the surrounding tissue caused by the operation of neural
prosthesis has raised growing concern as the device becomes more powerful. In this paper …

We present an energy-efficient thermal-aware real-time global scheduler for a set of hard
real-time (HRT) tasks running on a multiprocessor system. This global scheduler fulfills the …

This paper addresses the problem of minimizing the peak temperature for pipelined multi-
core systems under hard end-to-end deadline constraints by adversely using the Pay-Burst …

This work leverages TCPNs to design an energy-efficient, thermal-aware real-time
scheduler for a multiprocessor system that normally runs in a low state energy at maximum …

Due to growing power density, on-chip temperature increases rapidly, which has hampered
the reliability and performance of modern real-time systems. This paper studies how to …

As the VLSI technology is scaling to deep sub-micron domain, temperature has become an
emerging issue of high importance for real-time systems. In this thesis, we focus on …

The use of multicore microprocessors is not only attractive to industry, but in many areas it is
the only option. Real-time scheduling on these platforms is much more complex than on …

This paper proposes a novel dynamic thermal management approach named Adaptive
Periodic Thermal Management (APTM) for multi-core pipelined processors with hard real …

La utilización de microprocesadores multinúcleo no sólo es atractiva para la industria sino
que en muchos ámbitos es la única opción. La planificación tiempo real sobre estas …