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简介:一种用于患者监测的时态抽象系统。

RESUME: a temporal-abstraction system for patient monitoring.

作者信息

Shahar Y, Musen M A

机构信息

Section on Medical Informatics, Stanford University School of Medicine, California 94305-5479.

出版信息

Comput Biomed Res. 1993 Jun;26(3):255-73. doi: 10.1006/cbmr.1993.1018.

Abstract

RESUME is a system that performs temporal abstraction of time-stamped data. The temporal-abstraction task is crucial for planning treatment, for executing treatment plans, for identifying clinical problems, and for revising treatment plans. The RESUME system is based on a model of three basic temporal-abstraction mechanisms: point temporal abstraction, a mechanism for abstracting the values of several parameters into a value of another parameter; temporal inference, a mechanism for inferring sound logical conclusions over a single interval or two meeting intervals; and temporal interpolation, a mechanism for bridging nonmeeting temporal intervals. Making explicit the knowledge required for temporal abstraction supports the acquisition and the sharing of that knowledge. We have implemented the RESUME system using the CLIPS knowledge-representation shell. The RESUME system emphasizes the need for explicit representation of temporal-abstraction knowledge, and the advantages of modular, task-specific but domain-independent architectures for building medical knowledge-based systems.

摘要

RESUME是一个对带时间戳的数据进行时态抽象的系统。时态抽象任务对于治疗计划的制定、治疗计划的执行、临床问题的识别以及治疗计划的修订都至关重要。RESUME系统基于三种基本时态抽象机制的模型:点时态抽象,即将几个参数的值抽象为另一个参数的值的机制;时态推理,即在单个区间或两个相交区间上推断合理逻辑结论的机制;以及时态插值,即连接不相交时间间隔的机制。明确时态抽象所需的知识有助于该知识的获取与共享。我们使用CLIPS知识表示外壳实现了RESUME系统。RESUME系统强调了显式表示时态抽象知识的必要性,以及构建基于医学知识的系统时采用模块化、特定任务但与领域无关的架构的优势。

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