Titlebook: Deadline Scheduling for Real-Time Systems; EDF and Related Algo John A. Stankovic,Marco Spuri,Giorgio C. Buttazzo Book 1998 Springer Scienc

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crutch

,Distributed Scheduling — Part II,. The second algorithm is appropriate for dynamic distributed real-time systems, but only for the non-critical tasks. This algorithm is based on a combination of focussed addressing and bidding. The current state of the art is rather primitive in dynamic distributed real-time systems.

ALERT

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ORBIT

Precedence Constraints and Shared Resources,ult of its computation to another job .., the pair (.., ..) is introduced in a partial order ?, and the jobs are scheduled in such a way that if .. ? .. the execution of .. precedes the execution of ...

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expeditious

https://doi.org/10.1007/978-3-031-48181-9thus to establish whether a given task set can be feasibly scheduled by the chosen algorithm. In the literature, a solution to this problem is termed feasibility analysis. In this chapter, the optimality of the EDF algorithm, and a . for task sets, when EDF scheduling is assumed, are described in detail.

Palter

Introduction,book presents a compendium of results on earliest deadline first (EDF) scheduling for realtime systems. The simplest results presented utilize pure EDF scheduling. As system situations become more complicated, EDF is used as a key ingredient, but is combined with other solutions, e.g., to deal with shared resources.

Hippocampus

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