组织对系统故障的响应管理研究

A. Shimoda
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引用次数: 0

摘要

关键基础设施是相互依存的,其中信息和电信往往具有广泛的影响,因为它们负责其他关键基础设施的神经功能。因此,减少信息和通信故障的发生是维护安全可靠的社会生活的一个非常重要的问题。为了解决这个问题,除了提高系统可靠性和防止系统故障的发生外,基于系统故障将会发生的假设,重点放在减少损坏程度和恢复所需时间的概念上。具体来说,企业和地方政府将这一理念体现在BCP (Business continuity planning,业务连续性计划)和BCM (Business continuity management,业务连续性管理)中,这是一种防止停工的机制。信息系统通常被认为是“业务连续性计划”或“业务连续性管理”。过去,曾有编写信息系统应急手册的例子,作为处理系统故障的一种方式。但是,在发生意外情况时,例如偏离假定的计划时,有可能进行特别管理。本文通过引入项目管理的概念,探讨了如何改进系统故障后的应急响应管理。所提出的方法的有效性将通过系统故障的案例研究来检验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on Organizational Response Management to System Failures
Critical infrastructures are interdependent, and among them, information and telecommunications tend to have a wide range of influence in that they are responsible for the neural functions of other critical infrastructures. Therefore, reducing the occurrence of information and communication failures is a highly important issue for maintaining a safe and secure social life. To solve this problem, in addition to improving system reliability and preventing system failures from occurring, emphasis is being placed on the concept of reducing the magnitude of damage and the time required for recovery, based on the assumption that system failures will occur. Specifically, companies and local governments have embodied this concept in BCP (Business continuity planning) and BCM (Business continuity management), which are mechanisms to prevent the suspension of operations. The information system has been conventionally considered to be a "business continuity plan" or "business continuity management. In the past, there have been examples of preparing emergency manuals for information systems as a way to deal with system failures. However, there was a possibility of ad hoc management in the event of unexpected situations, such as deviations from the assumed plan. This paper discusses how to improve the management of emergency response after a system failure by introducing the concept of project management. The effectiveness of the proposed method will be examined through case studies of system failures.
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