Analysis of reliability, power, and performance at hardware and software levels due to
heterogeneity is a crucial requirement for heterogeneous multicore embedded systems …

In a cloud-based cyber–physical system, many jobs consist of multiple parallel tasks. The
cloud system usually adopts active task replication to improve performance and guarantee …

Due to non-linear factors such as the rate capacity and the recovery effect, the shape of the
battery discharge curve plays a significant role in the overall lifetime of the batteries …

This Open Access book introduces readers to many new techniques for enhancing and
optimizing reliability in embedded systems, which have emerged particularly within the last …

This article proposes a Semi Online Reliable Task (SORT) mapping approach to many-core
platforms divided into two sections: offline and online. The offline section is a twofolded …

Fog computing brings about a transformative shift in data management, presenting
unprecedented opportunities for enhanced performance and reduced latency. However, one …

We introduce an algorithm for dynamic lifetime reliability optimization of chip multiprocessors
(CMPs). The proposed dynamic reliability management (DRM) algorithm combines thread …

One of the most important limitations to be considered in the design phase of the embedded
system is the energy consumption. The energy consumption is more efficient, especially in …

The exponential growth in the semiconductor industry and hence the increase in chip
complexity, has led to more power usage and power density in modern processors. On the …

This dissertation proposes a cross-layer framework able to synergistically optimize
resilience and power consumption of processor-based systems. It is composed of three …