Modern real-time systems are based on heterogeneous multicore platforms, which help
them productively meet the applications' diverse and high computational requirements …

Many of today's complex cyber–physical systems (CPSs) are represented as a set of
independent co-executing real-time control applications, where each such application is …

Over the years, the nature of processing platforms is witnessing a significant shift in most of
the battery supported real-time systems, which currently underpins a blend of specific …

Over the years, the nature of processing platforms is witnessing a significant shift in most of
the battery supported real-time systems, which now support a combination of specialized …

For real-time embedded systems, energy management and fault tolerance are both critical.
However these two objectives are often at odds, because extra resources needed to tolerate …

This article tackles the problem of optimal placement of complex real-time embedded
applications on heterogeneous platforms. Applications are composed of directed acyclic …

Nowadays, multi-core processing systems have to perform complex functionalities on
densely packed multi-million gate platforms, making design issues like resource usage …

To meet application-specific performance demands, recent embedded platforms often
involve the use of intricate micro-architectural designs and very small feature sizes leading …

Many emerging systems concurrently execute multiple applications that use deep neural
network (DNN) as a key portion of the computation. To speedup the execution of such …

The use of heterogeneous multicore processors (HMP) is spreading rapidly from data
centers to large-scale deployment in smartphones because they give greater flexibility to …