Fluid-relaxation-based scheduling is a powerful scheduling method for complex resource allocation systems and other stochastic networks. However, this method has been pursued through rather ad hoc representations and arguments in the past. This paper establishes that timed-continuous Petri nets provide a structured and natural framework for the implementation of this method in the context of complex resource allocation, and highlights the potential advantages of such a more structured approach.

中文翻译：

---

通过定时连续Petri网建模实现复杂资源分配系统的吞吐量最大化

基于流体松弛的调度是复杂资源分配系统和其他随机网络的强大调度方法。然而，这种方法过去一直是通过相当特别的表示和论证来实现的。本文确立了定时连续 Petri 网为在复杂资源分配的背景下实施该方法提供了结构化和自然的框架，并强调了这种更结构化方法的潜在优势。