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Individual level covariate adjusted conditional autoregressive (indiCAR) model for disease mapping.

Md Hamidul HuqueCraig AndersonRichard WaltonLouise Ryan
Published in: International journal of health geographics (2016)
Incorporating individual covariate data in disease mapping studies improves the estimation of fixed and random effect parameters by utilizing information from multiple sources. Health registries routinely collect individual and area level information and thus could benefit by using indiCAR for mapping disease rates. Moreover, the natural applicability of indiCAR in a distributed computing framework enhances its application in the Big Data domain with a large number of individual/group level covariates. CI NSW Study Reference Number: 2012/07/410. Dated: July 2012.
Keyphrases
  • big data
  • high resolution
  • artificial intelligence
  • machine learning
  • health information
  • healthcare
  • high density
  • mental health
  • drinking water
  • electronic health record
  • deep learning
  • human health