Multicore processors deliver a higher throughput at lower power consumption than unicore
processors. In the near future, they will thus be widely used in mobile real-time systems …

In the recent decade, voltage scaling has become an attractive feature for many system
component designs. In this paper we consider energy-efficient real-time task scheduling …

For lightly loaded multicore processors that contain more processing cores than running
tasks and have dynamic voltage and frequency scaling capability, we address the energy …

Side channel attack based upon the analysis of power traces is an effective way of obtaining
the encryption key from secure processors. Power traces can be used to detect bitflips which …

Side channel attackers observe external manifestations of internal computations in an
embedded system to predict the encryption key employed. The ability to examine such …

We propose an energy-efficient scheduling of a long-lived real-time video task running on
DVFS-enabled multi-core platforms. The proposed scheme reduces the energy consumption …

It is an increasingly important issue to reduce the energy consumption of computing
systems. In this paper, we consider partition based energy-aware scheduling of periodic real …

We present an original end-to-end available bandwidth measurement method, called
SMART (statistics measurement for avail-bw by random train). It resolves some of the …

We present a design approach for adaptive multiprocessors on chip, in particular for FPGA
devices. The approach consists of two steps in which the hardware infrastructure is first …

Scalable Flat Cache Only Memory Architectures (Flat COMA) are designed for reduced
memory access latencies while minimizing programmer and operating system involvement …