聚合物过程控制是有限的，缺乏可观性和可控状态的聚合物熔体。
Polymer process control is limited by a lack of observability and controllability of the state of the polymer melt.
系统中的跳变参数可以通过有限状态马尔可夫过程来描述。
The transition of the jumping parameters in systems is governed by a finite-state Markov process.
该方法以实现通用化组件为目标，将数据管理与过程管理相分离，设计与控制相分离，综合应用了工作流和有限状态自动机的相关理论。
This method aims to realize a universal component, separates data management from process management, design from control, and applies the theories of workflow and finite-state machine.
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