Multiple start nodes directly linked to gateways are not suitable to capture any triggering logic of a process.
直接与网关相连的多个开始节点并不适合捕获流程的触发逻辑。
This typically involves a filtering process that includes logic to group related nodes by tag name, remove prohibited items such as deprecated tags and attributes, and others.
这通常涉及到一个过滤过程，过程中包含逻辑来按标记名称成组相关的节点、删除被禁止的条目（比如，不受支持的标记和属性，以及其他内容）。
Expression nodes support simple expressions involving arithmetic and Boolean (true or false logic) operators.
表达式节点支持包含算术和布尔(真或假逻辑)运算符的简单表达式。
To express the event logic (event1 and event2), the user introduced the upper two start nodes and connected them to a join.
为了表现事件逻辑(event1 ANDevent2)，用户引入了上面的两个开始节点，并将它们连接到一个join。
They also address how the processing logic and the data are placed on these nodes.
它们也考虑如何将处理逻辑和数据放置在这些节点上。
All CAN nodes linked by CAN bus cooperate with each other to fulfill control logic in the industrial distributed embedded control system.
在工业分布式嵌入式控制系统中，系统工艺要求达到的控制目标是由系统中各个CAN节点协调工作而实现的。
A peer to peer fuzzy power control algorithm of wireless sensor nodes is proposed by means of adding fuzzy logic controller to close loop power control technology.
本文将模糊逻辑控制器加入到闭环功率控制技术中，并由此提出一种无线传感器网络中点对点的模糊功率控制算法。
In the discrete distributed control system presented, each programmable logic controller is a control node and keeps communication with other nodes through network.
在所考虑的离散分布控制系统中，每个可编程控制器作为一个控制结点，结点之间通过网络进行连接保持通信。
In the discrete distributed control system presented, each programmable logic controller is a control node and keeps communication with other nodes through network.
在所考虑的离散分布控制系统中，每个可编程控制器作为一个控制结点，结点之间通过网络进行连接保持通信。
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