International Journal of Machine Learning and Computing · 2013 · 25 citations · 15 references
MedicineOncologyPathologyGynecologic OncologySurgical OncologySurvival AnalysisCancer RegistriesCancer StagingCancer Survival AnalysisCervical CancerMalignant NeoplasmsTumor ClassificationCancer Prognostic ModelingCervical RecurrencePathologic ClassificationPrognostic Factors AnalysisPrognostic Models For RecurrenceRecurrent Cervical CancerTumor Grade AssessmentTumor Grade Classification
This study applied advanced data mining techniques for recurrent cervical cancer in survival analysis. The medical records and pathology were accessible by the Chung Shan Medical University Hospital Tumor Registry. Following a literature review, expert consultation, and collection of patients' data, twelve variables studied included age, cell type, tumor grade, tumor size, pT, pStage, surgical margin involvement, LNM, Number of Fractions of Other RT, RT target Summary, Sequence of Locoregional Therapy and Systemic Therapy, LVSI. Two data mining approaches were considered where individuals are expected to experience repeated events, along with concomitant variables. After correcting for the four most important prognostic factors: pStage, Pathologic T, cell type and RT target Summary. Finally, clinical trials should randomize patients stratified by these prognostic factors, and precise assessment of recurrent status could improve outcome.
15
Multivariate Adaptive Regression Splines
Jerome H. Friedman · The Annals of Statistics · 1991 · 8.1K citations · Full text
Discovering knowledge in data: an introduction to data mining
Choice Reviews Online · 2005 · 1.4K citations
Gregorio Delgado, Brian N. Bundy, Richard J. Zaino et al. · Gynecologic Oncology · 1990 · 959 citations · Full text
Policy Analysis of Cervical Cancer Screening Strategies in Low-Resource Settings
Sue J. Goldie, Louise Kuhn, Lynette Denny et al. · JAMA · 2001 · 343 citations
Medicine, Gynecology, Pathology +17