[[abstract]]EDZL (Earliest Deadline first until Zero Laxity) is an efficient and practical scheduling algorithm on multiprocessor systems. It has a comparable number of context switch to EDF (Earliest Deadline First) and its schedulable utilization seems to be higher than that of EDF. Previously, there was a conjecture that the utilization bound of EDZL is 3m/4=0.75m for m processors. In this paper, we disprove this conjecture and show that the utilization bound of EDZL is no greater than m(1?1/e)?0.6321m, where e?2.718 is the Euler's number.
Multiprocessors are now commonplace for efficiently achieving high computational power, even in embe...
Utilization bounds for Earliest Deadline First(EDF) and Rate Monotonic(RM) scheduling are known and ...
This paper presents the Fixed Priority until Critical Laxity (FPCL) and Fixed Priority until Zero La...
[[abstract]]There has been an increasing demand for real-time scheduling on multiprocessor systems. ...
[[abstract]]Many optimal uniprocessor schedulers, such as Earliest Deadline First (EDF) and Rate Mon...
Heterogeneous multiprocessor architectures allow embedded real-time systems to better match computin...
A schedulability test is derived for the global Earliest Deadline Zero Laxity (EDZL) scheduling algo...
Due to the rapid development in hardware design, multiprocessors are widely used in modern industry,...
Abstract—Real-time scheduling is the theoretical basis of real-time systems engineering. Earliest De...
In this paper we present the utilization bound for Earli-est Deadline First (EDF) scheduling on homo...
This paper presents an algorithm, called Earliest Dead-line Critical Laxity (EDCL), for the efficien...
Abstract. The earliest-pseudo-deadline-first (EPDF) algorithm is less expensive than other known Pfa...
In hard real-time systems, a signicant disparity in schedu-lability exists between EDF-based schedul...
The earliest-pseudo-deadline-first (EPDF) algorithm is less expensive than other known Pfair algorit...
Multiprocessor hardware platforms are now being considered for embedded systems, due to their high c...
Multiprocessors are now commonplace for efficiently achieving high computational power, even in embe...
Utilization bounds for Earliest Deadline First(EDF) and Rate Monotonic(RM) scheduling are known and ...
This paper presents the Fixed Priority until Critical Laxity (FPCL) and Fixed Priority until Zero La...
[[abstract]]There has been an increasing demand for real-time scheduling on multiprocessor systems. ...
[[abstract]]Many optimal uniprocessor schedulers, such as Earliest Deadline First (EDF) and Rate Mon...
Heterogeneous multiprocessor architectures allow embedded real-time systems to better match computin...
A schedulability test is derived for the global Earliest Deadline Zero Laxity (EDZL) scheduling algo...
Due to the rapid development in hardware design, multiprocessors are widely used in modern industry,...
Abstract—Real-time scheduling is the theoretical basis of real-time systems engineering. Earliest De...
In this paper we present the utilization bound for Earli-est Deadline First (EDF) scheduling on homo...
This paper presents an algorithm, called Earliest Dead-line Critical Laxity (EDCL), for the efficien...
Abstract. The earliest-pseudo-deadline-first (EPDF) algorithm is less expensive than other known Pfa...
In hard real-time systems, a signicant disparity in schedu-lability exists between EDF-based schedul...
The earliest-pseudo-deadline-first (EPDF) algorithm is less expensive than other known Pfair algorit...
Multiprocessor hardware platforms are now being considered for embedded systems, due to their high c...
Multiprocessors are now commonplace for efficiently achieving high computational power, even in embe...
Utilization bounds for Earliest Deadline First(EDF) and Rate Monotonic(RM) scheduling are known and ...
This paper presents the Fixed Priority until Critical Laxity (FPCL) and Fixed Priority until Zero La...