利用自动定位隐式冗余检测交互故障导致的不一致值

B. Nassu, T. Nanya, Hiroshi Nakamura
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引用次数: 0

摘要

本文研究了由外部系统的交互故障引起的不一致值的检测问题。当生成格式正确且在传输过程中未损坏的消息时,会出现此类型的错误,该消息包含包含错误数据的字段。当传统方案无法使用时,一种替代方案是采用基于接收者的策略,这种策略采用隐式冗余——事件或数据之间的关系,通常由人类专家识别。我们提出了一种使用隐式冗余来检测不一致值的方法,这些冗余会自动定位在通信示例中。我们表明,即使不向通信中添加任何冗余信息,所提出的方法也可以在存在顺序关系的字段中实现合理的错误检测覆盖率。其他方面,如假警报和延迟,也会进行评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detecting Inconsistent Values Caused by Interaction Faults Using Automatically Located Implicit Redundancies
This paper addresses the problem of detecting inconsistent values caused by interaction faults originated from an external system.This type of error occurs when a correctly formatted message that is not corrupted during transmission is generated with a field that contains incorrect data.When traditional schemes cannot be used, one alternative is resorting to receiver-based strategies that employ implicit redundancies - relations between events or data, often identified by a human expert.We propose an approach for detecting inconsistent values using implicit redundancies which are automatically located in examples of communications.We show that, even without adding any redundant information to the communication, the proposed approach can achieve a reasonable error detection coverage in fields where sequential relations exist.Other aspects, such as false alarms and latency, are also evaluated.
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