Mixed-criticality multiprocessor real-time systems: Energy consumption vs deadline misses
Designing mixed criticality real-time systems raises numerous challenges. In particular,
reducing their energy consumption while enforcing their schedulability is yet an open …
reducing their energy consumption while enforcing their schedulability is yet an open …
Scheduling algorithms to reduce the static energy consumption of real-time systems
Energy consumption is an important concern when designing embedded systems. Static
consumption now dominates dynamic consumption as the semiconductor technology moves …
consumption now dominates dynamic consumption as the semiconductor technology moves …
A scheduling algorithm to reduce the static energy consumption of multiprocessor real-time systems
Energy consumption of real-time embedded systems is a growing concern. It includes both
static and dynamic consumption and is now dominated by static consumption as the …
static and dynamic consumption and is now dominated by static consumption as the …
Dpfair scheduling with slowdown and suspension
Energy has become a first class design criterion in many of today's real-time embedded
systems which are often operated by limited energy sources like batteries. Processor …
systems which are often operated by limited energy sources like batteries. Processor …
Flow network-based real-time scheduling for reducing static energy consumption on multiprocessors
The energy management for embedded real-time systems is crucial due to their restricted
power supplies. With the advancement of technologies, the static energy consumption of the …
power supplies. With the advancement of technologies, the static energy consumption of the …
ERfair scheduler with processor suspension for real-time multiprocessor embedded systems
Proportional fair schedulers with their ability to provide optimal schedulability along with
hard timeliness and quality-of-service guarantees on multiprocessors form an attractive …
hard timeliness and quality-of-service guarantees on multiprocessors form an attractive …
An off-line multiprocessor real-time scheduling algorithm to reduce static energy consumption
Energy consumption of highly reliable real-time embedded systems is a significant concern.
Static energy consumption tends to become more important than dynamic energy …
Static energy consumption tends to become more important than dynamic energy …
Algorithms for reconfiguring NoC-based fault-tolerant multiprocessor arrays
This paper investigates the techniques to construct high-quality target processor array (fault-
free logical subarray) from a physical array with faulty processing elements (PEs), where a …
free logical subarray) from a physical array with faulty processing elements (PEs), where a …
New approaches to energy and temperature aware scheduling techniques for real time multi core systems
S Moulik - 2020 - shodhganga.inflibnet.ac.in
A system is classified as real time if it is characterized by a dual notion of correctness logical
as well as temporal Proportional fair schedulers are often preferred in such real time …
as well as temporal Proportional fair schedulers are often preferred in such real time …
[PDF][PDF] Energy-aware and Fault-tolerant Design Strategies for Safety-critical Systems
P Piyoosh - 2020 - iitg.ac.in
Nowadays, safety-critical embedded systems are increasingly being implemented on
computing platforms which involve complex microarchitectural designs with multi-million …
computing platforms which involve complex microarchitectural designs with multi-million …