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验证环境技术验证计划中的现有数据。

Validating existing data in the Environmental Technology Verification Program.

作者信息

Wasson S J

机构信息

U.S. Environmental Protection Agency, Office of Research and Development, National Risk Management Research Laboratory, Air Pollution Prevention and Control Division, Technical Services Branch, Research Triangle Park, North Carolina, USA.

出版信息

Qual Assur. 1999 Oct-Dec;7(4):201-6. doi: 10.1080/105294199750061317.

Abstract

Establishing the credibility of existing data is an ongoing issue, particularly when the data sets are to be used for a secondary purpose, i.e., not the original reason for which they were collected. If the secondary purpose is similar to the primary purpose, the potential user may have little difficulty establishing credibility since the acceptance criteria for both purposes should be similar. If the secondary purpose is different, then data credibility may be more difficult to establish because the experiment generating the data may not have been conducted optimally for the secondary purpose and all of the necessary quality assurance data ("metadata") may not have been collected. In either case, a process will be required to determine the acceptability of the data. For this reason, at the time the U.S. Environmental Protection Agency (EPA) Environmental Technology Verification (ETV) program was established, similar certification and verification programs run by states or foreign countries routinely used existing data sets, for cost reasons, rather than generate new data by testing. The issue of whether existing data could be used in the ETV program immediately surfaced. In response, a policy and a process that addressed existing data were written and published in Appendix C of the ETV Quality and Management Plan (Hayes et al., 1998). This paper discusses how the ETV program determines the credibility of existing data used to verify the performance of environmental technologies.

摘要

确定现有数据的可信度是一个持续存在的问题,尤其是当数据集要用于次要目的时,即不是收集这些数据的原始原因。如果次要目的与主要目的相似,潜在用户在确定可信度方面可能不会有太大困难,因为两个目的的验收标准应该相似。如果次要目的不同,那么数据可信度可能更难确定,因为生成数据的实验可能并非针对次要目的进行优化,并且可能没有收集所有必要的质量保证数据(“元数据”)。在任何一种情况下,都需要一个过程来确定数据的可接受性。因此,在美国环境保护局(EPA)环境技术验证(ETV)计划建立之时,出于成本原因,由各州或外国运行的类似认证和验证计划通常使用现有数据集,而不是通过测试生成新数据。现有数据能否用于ETV计划的问题立即浮出水面。作为回应,一份针对现有数据的政策和流程被撰写并发表在ETV质量与管理计划的附录C中(海斯等人,1998年)。本文讨论了ETV计划如何确定用于验证环境技术性能的现有数据的可信度。

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