Titlebook: Discovery and Representation of Causal Relationships from a Large Time-Oriented Clinical Database: T; The RX Project Robert L. Blum Confere

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https://doi.org/10.1007/978-981-19-9845-4d contents of the time-oriented database used in this research. An understanding of the database is crucial to understanding the other components of RX. In the following introduction I will review the basic structure of time-oriented databases presented in Chapter 1.

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Considerations Concerning the Experiment,e Discovery Module or interactively from a researcher. It then generates a medically and statistically plausible model of the hypothesis that it analyzes on appropriate data from the database. Results that are medically and statistically significant are then encoded by it into the RX knowledge base.

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https://doi.org/10.1007/978-3-642-24562-6Every year as computers become more powerful and less expensive, increasing amounts of data are recorded using them. Computerized databases are ubiquitous in the worlds of business, government, and the military as well as in many scientific fields, for example, in medicine, economics, and sociology.

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Theory of China’s Industrial CompetitivenessIn the previous chapter I discussed the concept and structure of a database schema. A schema in the RX knowledge base (KB) is similar in format to a schema in the database. Consider their similarities.

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Theory of China’s Industrial CompetitivenessIn the first chapter of this dissertation I presented an overview of the RX algorithm for the derivation of tentative causal relationships from observational data. In this chapter I will focus on our operational definition of causality, certain important descriptors of causal relationships, and their representation in the knowledge base.

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Dissonance