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185
A Dynamic Priority Assignment Technique for Streams with (m,k)-Firm Deadlines
- IEEE Transactions on Computers
, 1994
"... The problem of scheduling multiple streams of real-time customers is addressed in this paper. The paper first introduces the notion of (m; k)-firm deadlines to better characterize the timing constraints of real-time streams. More specifically, a stream is said to have (m; k)-firm deadlines if at lea ..."
Abstract
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Cited by 178 (2 self)
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The problem of scheduling multiple streams of real-time customers is addressed in this paper. The paper first introduces the notion of (m; k)-firm deadlines to better characterize the timing constraints of real-time streams. More specifically, a stream is said to have (m; k)-firm deadlines
Optimal Priority Assignment for Aperiodic Tasks with Firm Deadlines
- Information Processing Letters
, 1995
"... An optimal priority assignment policy is presented for independent aperiodic tasks with arbitrary ready times and firm deadlines, scheduled on a uniprocessor along with a set of hard periodic/sporadic tasks. The latter tasks are assumed to have been assigned unique fixed priorities according to ..."
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An optimal priority assignment policy is presented for independent aperiodic tasks with arbitrary ready times and firm deadlines, scheduled on a uniprocessor along with a set of hard periodic/sporadic tasks. The latter tasks are assumed to have been assigned unique fixed priorities according
Heuristic Scheduling for Multimedia Streams with Firm Deadlines
- In Procs. of the 4th International Workshop on Real-Time Computing Systems and Applications
, 1997
"... Multimediastreams such as audio and video require realtime manipulation. Unlike hard real-time tasks, however, they have firm deadlines since the loss of a few frames does not lead to a significant degradation in quality. In this paper, we propose a simple but efficient scheduling scheme for multime ..."
Abstract
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Cited by 2 (1 self)
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Multimediastreams such as audio and video require realtime manipulation. Unlike hard real-time tasks, however, they have firm deadlines since the loss of a few frames does not lead to a significant degradation in quality. In this paper, we propose a simple but efficient scheduling scheme
Heuristic Scheduling for Multimedia Streams with Firm Deadlines
"... Multimediastreams such as audio and video require realtime manipulation. Unlike hard real-time tasks, however, they have firm deadlines since the loss of a few frames does not lead to a significantdegradation in quality. In this paper, we propose a simple but efficient scheduling scheme for multimed ..."
Abstract
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Multimediastreams such as audio and video require realtime manipulation. Unlike hard real-time tasks, however, they have firm deadlines since the loss of a few frames does not lead to a significantdegradation in quality. In this paper, we propose a simple but efficient scheduling scheme
A Service Policy for Real-Time Customers with (m, k)-Firm Deadlines
- Proceedings of Fault Tolerant Computing Systems
, 1994
"... The problem of scheduling multiple streams of realtime customers is addressed in this paper. The paper first introduces the notion of (m; k)-firm deadlines to better characterize the timing constraints of real-time streams. More specifically, a stream is said to have (m; k)-firm deadlines if at leas ..."
Abstract
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The problem of scheduling multiple streams of realtime customers is addressed in this paper. The paper first introduces the notion of (m; k)-firm deadlines to better characterize the timing constraints of real-time streams. More specifically, a stream is said to have (m; k)-firm deadlines
Evaluating Dynamic Failure Probability for Streams with (m, k)-Firm Deadlines
, 1997
"... A real-time stream is said to have (m; k)-firm deadlines if at least m out of any k consecutive customers from the stream must meet their respective deadlines. Such a stream is said to have encountered a dynamic failure if fewer than m out of any k consecutive customers meet their deadlines. Hamdaou ..."
Abstract
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Cited by 18 (0 self)
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A real-time stream is said to have (m; k)-firm deadlines if at least m out of any k consecutive customers from the stream must meet their respective deadlines. Such a stream is said to have encountered a dynamic failure if fewer than m out of any k consecutive customers meet their deadlines
A Generalized Guarantee Model for Servicing Sporadic Tasks with Firm Deadlines
, 1994
"... A new guarantee model for accepting dynamically arriving sporadic tasks is presented in this paper. In this model, sporadic tasks have two costs associated with them. The costs represent the overheads a system will incur if the task is rejected and/or misses its deadline. The basic idea of the propo ..."
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A new guarantee model for accepting dynamically arriving sporadic tasks is presented in this paper. In this model, sporadic tasks have two costs associated with them. The costs represent the overheads a system will incur if the task is rejected and/or misses its deadline. The basic idea
Optimal Priority Assignment for Aperiodic Tasks with Firm Deadlines in Fixed Priority Pre-emptive Systems
- Information Processing Letters
"... An optimal priority assignment policy is presented for independent aperiodic tasks with arbitrary ready times and firm deadlines, scheduled on a uniprocessor along with a set of hard periodic/sporadic tasks. The latter tasks are assumed to have been assigned unique fixed priorities according to some ..."
Abstract
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Cited by 9 (2 self)
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An optimal priority assignment policy is presented for independent aperiodic tasks with arbitrary ready times and firm deadlines, scheduled on a uniprocessor along with a set of hard periodic/sporadic tasks. The latter tasks are assumed to have been assigned unique fixed priorities according
S.: “A clone-pair approach for the determination of the itinerary of imprecise mobile agents with firm deadlines
- Proc. 11th IEEE International Conference on Emerging Technologies and Factory Automation
, 2006
"... Abstract- In some applications, as part of a mobile agent mission, there may be the necessity of meeting a firm end-to-end deadline, although with some itinerary flexibility due to optional resources. In this paper it is considered an execution model where agents do not previously know their itinera ..."
Abstract
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Cited by 1 (0 self)
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Abstract- In some applications, as part of a mobile agent mission, there may be the necessity of meeting a firm end-to-end deadline, although with some itinerary flexibility due to optional resources. In this paper it is considered an execution model where agents do not previously know
Scheduling Multiple Streams with (m, k)-firm Deadlines having Different Importance over Markovian Channels
"... There are several (not only industrial) applications which can tolerate some losses. A concise way to distinguish between allowed and forbidden loss patterns are (m, k)-firm deadlines, which state that at most m out of k consecutive packets may get lost. An obstacle to the fulfillment of even the re ..."
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There are several (not only industrial) applications which can tolerate some losses. A concise way to distinguish between allowed and forbidden loss patterns are (m, k)-firm deadlines, which state that at most m out of k consecutive packets may get lost. An obstacle to the fulfillment of even
Results 1 - 10
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185