[Cause and control of non-sampling error in China National Human Biomonitoring Program].
Yingli Qu, Fang-He Zhao, L Liu, Shixun Song, Y C Liu, J Y Cai, Z J Cao, Xian Shi
Abstract
Yingli Qu, Fang-He Zhao, L Liu, Shixun Song, Y C Liu, J Y Cai, Z J Cao, Xian Shi
Abstract
The size of the non-sampling error is directly related to the accuracy and reliability of the sampling survey result. This paper studied the non-sampling errors generated during the sampling process of the China National Human Biomonitoring Program(CNBP), mainly including the sampling frame error, non-response error and measurement error. The program reduced the influence of the non-sampling error on the quality of the survey effectively by scientifically designing the sampling scheme and questionnaire, strengthening investigator trainings and standardizing the data review, which could be used to provide reference for the control of non-sampling errors in public health monitoring projects in China.
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The size of the non-sampling error is directly related to the accuracy and reliability of the sampling survey result. This paper studied the non-sampling errors generated during the sampling process of the China National Human Biomonitoring Program(CNBP), mainly including the sampling frame error, non-response error and measurement error. The program reduced the influence of the non-sampling error on the quality of the survey effectively by scientifically designing the sampling scheme and questionnaire, strengthening investigator trainings and standardizing the data review, which could be used to provide reference for the control of non-sampling errors in public health monitoring projects in China.
Key concepts: Sampling (signal processing), Sampling frame, Reliability (semiconductor), Biomonitoring, Sampling design, Sampling error, Statistics, Computer science