Embedded real-time systems must meet timing constraints while minimizing energy
consumption. To this end, many energy optimizations are introduced for specific platforms or …

An apparatus and method are provided to perform constrained optimization of a constrained
property of an apparatus, which is complex due to having several components, and these …

This paper studies the problem of maximizing multicore system lifetime reliability, an
important design consideration for many real-time embedded systems. Existing work has …

We present CoAdapt, a runtime that coordinates accuracy-aware applications, which expose
accuracy/performance tradeoffs, with power-aware systems, which manage …

Heterogeneous multiprocessor systems on a chips (MPSoCs) consisting of cores with
different performance/power characteristics are widely used in many real-time embedded …

With an increasing demand for complex and powerful system-on-chips, modern real-time
automotive systems face significant challenges in managing on-chip-temperature. We …

When designing embedded systems, engineers have to consider non-functional
requirements, such as real-time or energy consumption constraints. To enforce or counteract …

This paper evaluates the combination of a Directed Acyclic Graph (DAG) task splitting
technique already proposed in the literature and the state-of-the-art, energy-aware version …

Energy efficiency and timeliness (ie, predictable job latency) are two essential–yet opposing–
concerns for embedded systems. Hard timing guarantees require conservative resource …

Embedded systems are subject to timing and power constraints. To support both, software
currently must integrate multiple tools, resulting in additional complexity. We address this …