Many cyber-physical applications including sensing and control operations can tolerate a
certain degree of timing violations as long as the number of the violations are predictably …

Many cyber-physical applications consist of chains of tasks. Such tasks are often loosely
dependent, meaning task execution is time-triggered and independent of the update rate of …

Recent applications of the Internet of Things and cyber-physical systems require the
integration of many sensing and control tasks into resource-constrained embedded devices …

Existing real-time locking protocols require accurate worst-case execution time (WCET)
estimates for both tasks and critical sections (CSs) in order to function correctly. On multicore …

The virtualization of real-time systems has received much attention for its many benefits,
such as the consolidation of individually developed real-time applications while maintaining …

With the increasing complexity of recent autonomous platforms, there is a strong demand to
better utilize system resources while satisfying stringent real-time requirements. Embedded …

The Constant Bandwidth Server (CBS) is one of the most used algorithms for implementing
resource reservation upon deadline-based schedulers. Although many CBS variants are …

In this paper a low power hybrid 1-bit full adder circuit is designed and extended for 4 bit
ripple carry adder (RCA). A new XNOR logic is designed using complimentary-metal-oxide …

The energy consumption problem has become a great challenge in all computing areas
from modern handheld devices to large data centers. Dynamic voltage scaling (DVS) is …

A weakly-hard real-time system is a system that can tolerate a bounded number of timing
violations. There have been various assumptions made by prior work on handling deadline …