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Implementing multicore real-time scheduling algorithms based on task splitting using ada 2012
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Autores
Orientador(es)
Resumo(s)
Multiprocessors, particularly in the form of multicores, are becoming
standard building blocks for executing reliable software. But their use for
applications with hard real-time requirements is non-trivial. Well-known realtime
scheduling algorithms in the uniprocessor context (Rate-Monotonic [1] or
Earliest-Deadline-First [1]) do not perform well on multiprocessors. For this
reason the scientific community in the area of real-time systems has produced
new algorithms specifically for multiprocessors. In the meanwhile, a proposal
[2] exists for extending the Ada language with new basic constructs which can
be used for implementing new algorithms for real-time scheduling; the family
of task splitting algorithms is one of them which was emphasized in the
proposal [2]. Consequently, assessing whether existing task splitting
multiprocessor scheduling algorithms can be implemented with these constructs
is paramount. In this paper we present a list of state-of-art task-splitting
multiprocessor scheduling algorithms and, for each of them, we present detailed
Ada code that uses the new constructs.
Descrição
Palavras-chave
Ada Multiprocessors Multicores Real-time scheduling
Contexto Educativo
Citação
Editora
Springer