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Event-based delay detection and control of networked systems in medical ventilation

机译:医疗通风网络系统中基于事件的延迟检测与控制

摘要

This disclosure describes systems and methods for detecting and quantifying transmission delays associated with distributed sensing and monitoring functions within a ventilatory system. Specifically, the present methods and systems described herein define an event-based delay detection algorithm for determining transmission delays between distributed signal measurement and processing subsystems and a central platform that receives data from these subsystems. It is important to evaluate and quantify transmission delays because dyssynchrony in data communication may result in the misalignment of visualization and monitoring systems or instability in closed-loop control systems. Generally, embodiments described herein seek to quantify transmission delays by selecting a ventilator-based defining event as a temporal baseline and calculating the delay between the inception of the defining event and the receipt of data regarding the defining event from one or more distributed sensing devices.
机译:本公开描述了用于检测和量化与通气系统内的分布式感测和监视功能相关联的传输延迟的系统和方法。具体地,本文描述的本方法和系统定义了基于事件的延迟检测算法,用于确定分布式信号测量和处理子系统与从这些子系统接收数据的中央平台之间的传输延迟。评估和量化传输延迟非常重要,因为数据通信中的不同步可能会导致可视化和监视系统的失准或闭环控制系统的不稳定。通常,本文描述的实施例试图通过选择基于呼吸机的定义事件作为时间基线并计算定义事件的开始与从一个或多个分布式感测设备接收到的关于定义事件的数据之间的延迟来量化传输延迟。

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