Add to ORKG169 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1992.The imprecise computation approach is a way to satisfy all timing constraints and provide graceful degradation more easily during transient overloads in hard real-time systems. The basic idea of this approach is to trade precision for timeliness. In this approach, each task is divided logically into two subtasks: a mandatory subtask that produces a rough but acceptable result and an optional subtask that refines the rough result. The mandatory subtask must be completed by the deadline of the task for the task to produce an acceptable and usable result. The optional subtask can be left unfinished if necessary. When a transient overload occurs, the scheduler can discard th...
[[abstract]]The problem of scheduling tasks, each of which is logically decomposed into a mandatory ...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
Imprecise computation and parallel processing are two techniques for avoiding timing faults and tole...
One way to avoid timing faults in hard real-time systems is to use the imprecise computation approac...
One way to avoid timing faults in hard real-time systems is to use the imprecise computation approac...
Imprecise computation can reduce the proportion of tasks violating their time constraints in a hard ...
One approach to avoid timing faults in hard, real-time systems is to make available intermediate, im...
140 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.When a real-time system becom...
140 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.When a real-time system becom...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
Real-time systems have become increasingly important in a growing number of application domains such...
Real-time systems have become increasingly important in a growing number of application domains such...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
A process is called a monotone process if the accuracy of its intermediate results is non-decreasing...
[[abstract]]The problem of scheduling tasks, each of which is logically decomposed into a mandatory ...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
Imprecise computation and parallel processing are two techniques for avoiding timing faults and tole...
One way to avoid timing faults in hard real-time systems is to use the imprecise computation approac...
One way to avoid timing faults in hard real-time systems is to use the imprecise computation approac...
Imprecise computation can reduce the proportion of tasks violating their time constraints in a hard ...
One approach to avoid timing faults in hard, real-time systems is to make available intermediate, im...
140 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.When a real-time system becom...
140 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.When a real-time system becom...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
Real-time systems have become increasingly important in a growing number of application domains such...
Real-time systems have become increasingly important in a growing number of application domains such...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
A process is called a monotone process if the accuracy of its intermediate results is non-decreasing...
[[abstract]]The problem of scheduling tasks, each of which is logically decomposed into a mandatory ...
This paper proposes two scheduling approaches, one-level and two-level scheduling, for synchronous p...
Imprecise computation and parallel processing are two techniques for avoiding timing faults and tole...