The PD2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimally scheduling periodic tasks on multiprocessors. In this paper, we prove that PD2 is also optimal for scheduling “rate-based” tasks whose processing steps may be highly jittered. The rate-based task model we consider generalizes the widely-studied sporadic task model
AbstractThe earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known...
AbstractThe earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known...
The earliest-pseudo-deadline-first (EPDF) Pfair scheduling algorithm is less expensive than some oth...
The PD2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimally schedu...
AbstractThe PD2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimall...
AbstractThe PD2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimall...
The PD 2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimally sched...
PD2 uses a simpler tie-breaking scheme than PD to disambiguate equal deadlines. We present a series ...
PD2 uses a simpler tie-breaking scheme than PD to disambiguate equal deadlines. We present a series ...
PD2 uses a simpler tie-breaking scheme than PD to disambiguate equal deadlines. We present a series ...
AbstractPfair scheduling was proposed by Baruah, Cohen, Plaxton, and Varvel as a non-work-conserving...
Pfair scheduling was proposed by Baruah, Cohen, Plaxton, and Varvel as a nonwork-conserving way of o...
We consider Pfair scheduling in real-time multiprocessor systems. Under Pfair scheduling, tasks are ...
The earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known Pfair s...
The earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known Pfair s...
AbstractThe earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known...
AbstractThe earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known...
The earliest-pseudo-deadline-first (EPDF) Pfair scheduling algorithm is less expensive than some oth...
The PD2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimally schedu...
AbstractThe PD2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimall...
AbstractThe PD2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimall...
The PD 2 Pfair/ERfair scheduling algorithm is the most efficient known algorithm for optimally sched...
PD2 uses a simpler tie-breaking scheme than PD to disambiguate equal deadlines. We present a series ...
PD2 uses a simpler tie-breaking scheme than PD to disambiguate equal deadlines. We present a series ...
PD2 uses a simpler tie-breaking scheme than PD to disambiguate equal deadlines. We present a series ...
AbstractPfair scheduling was proposed by Baruah, Cohen, Plaxton, and Varvel as a non-work-conserving...
Pfair scheduling was proposed by Baruah, Cohen, Plaxton, and Varvel as a nonwork-conserving way of o...
We consider Pfair scheduling in real-time multiprocessor systems. Under Pfair scheduling, tasks are ...
The earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known Pfair s...
The earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known Pfair s...
AbstractThe earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known...
AbstractThe earliest-pseudo-deadline-first (EPDF) Pfair algorithm is more efficient than other known...
The earliest-pseudo-deadline-first (EPDF) Pfair scheduling algorithm is less expensive than some oth...