Different task models have been proposed to represent the parallel structure of real-time
tasks executing on manycore platforms: fork/join, synchronous parallel, DAG-based, etc …

The study of parallel task models executed with predictable scheduling approaches is a
fundamental problem for real-time multiprocessor systems. Nevertheless, to date, limited …

The sporadic DAG task model exposes parallelism that may exist within individual tasks to
the run-time scheduling mechanism, and is therefore considered a particularly suitable …

随着计算机系统与物理世界的结合越来越紧密, 实时系统需要承担越来越复杂的运算任务.
多核处理器的兴起为同时满足实时性约束和高性能这两方面的需求提供了可能 …

Several schedulability analyses have been proposed for a variety of parallel task systems
with real-time constraints. However, these analyses are mostly restricted to global …

Most recurrent real-time applications can be modeled as a set of sequential code segments
(or blocks) that must be (repeatedly) executed in a specific order. In this paper, we provide a …

Several task models have been introduced in the literature to describe the intrinsic
parallelism of real-time activities, including fork/join, synchronous parallel, DAG-based, etc …

Heterogeneous multi-cores and parallel architectures have recently gained much attention
owing to utilizing the strength of different architectures for offering higher performance. In this …

This paper considers for the first time end-to-end response-time analysis for DAG-based real-
time task systems implemented on heterogeneous multicore platforms. The specific analysis …

As multi-core processors continue to scale, more and more multiple distributed applications
with precedence-constrained tasks simultaneously and widely exist in multi-functional …