Selected article for: "high risk and llr log likelihood ratio"
Author: Mao, Ying; Zhang, Ning; Zhu, Bin; Liu, Jinlin; He, Rongxin
Title: A descriptive analysis of the Spatio-temporal distribution of intestinal infectious diseases in China
  • Document date: 2019_9_2
    • ID: 05u4t67u_20
    Snippet: Space-time scan statistics were introduced by Kulldorff [26] . The space-time scan statistic based on the discrete Poisson model was applied to detect the space-time cluster of IID cases in high-risk or low-risk regions in China [27] . The shape of space-time scanning windows is cylindrical with the geographic units and the height associated with time [28] . The null hypothesis presumed that the window area and outside areas have the same relativ.....
    Document: Space-time scan statistics were introduced by Kulldorff [26] . The space-time scan statistic based on the discrete Poisson model was applied to detect the space-time cluster of IID cases in high-risk or low-risk regions in China [27] . The shape of space-time scanning windows is cylindrical with the geographic units and the height associated with time [28] . The null hypothesis presumed that the window area and outside areas have the same relative risk (RR) of incidence. The difference in the incidence inside and outside the windows was evaluated by calculating the log likelihood ratio (LLR):

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