Burnside Elizabeth S, Davis Jesse, Costa Victor Santos, Dutra Inês de Castro, Kahn Charles E, Fine Jason, Page David
University of Wisconsin.
AMIA Annu Symp Proc. 2005;2005:96-100.
The development of large mammography databases provides an opportunity for knowledge discovery and data mining techniques to recognize patterns not previously appreciated. Using a database from a breast imaging practice containing patient risk factors, imaging findings, and biopsy results, we tested whether inductive logic programming (ILP) could discover interesting hypotheses that could subsequently be tested and validated. The ILP algorithm discovered two hypotheses from the data that were 1) judged as interesting by a subspecialty trained mammographer and 2) validated by analysis of the data itself.
大型乳房X光摄影数据库的发展为知识发现和数据挖掘技术提供了机会,以识别以前未被认识到的模式。利用一个来自乳房成像机构的数据库,其中包含患者风险因素、成像结果和活检结果,我们测试了归纳逻辑编程(ILP)是否能发现有趣的假设,这些假设随后可以进行测试和验证。ILP算法从数据中发现了两个假设,1)由经过专科培训的乳房X光摄影师判断为有趣,2)通过对数据本身的分析得到验证。