Statistical Models And Methods For Lifetime And Other Time-to-event Data Are Widely Used In Many Fields, Including Medicine, The Environmental Sciences, Actuarial Science, Engineering, Economics, Management, And The Social Sciences. For Example, Closely Related Statistical Methods Have Been Applied
Concepts in cancer survival analysis: Research questions, data, and models
โ Scribed by Ewout W. Steyerberg; Thomas A. Gerds
- Book ID
- 113922399
- Publisher
- Elsevier Science
- Year
- 2010
- Tongue
- English
- Weight
- 220 KB
- Volume
- 19
- Category
- Article
- ISSN
- 0960-7404
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Statistical Models And Methods For Lifetime And Other Time-to-event Data Are Widely Used In Many Fields, Including Medicine, The Environmental Sciences, Actuarial Science, Engineering, Economics, Management, And The Social Sciences. For Example, Closely Related Statistical Methods Have Been Applied
Statistical Models And Methods For Lifetime And Other Time-to-event Data Are Widely Used In Many Fields, Including Medicine, The Environmental Sciences, Actuarial Science, Engineering, Economics, Management, And The Social Sciences. For Example, Closely Related Statistical Methods Have Been Applied
Statistical Models And Methods For Lifetime And Other Time-to-event Data Are Widely Used In Many Fields, Including Medicine, The Environmental Sciences, Actuarial Science, Engineering, Economics, Management, And The Social Sciences. For Example, Closely Related Statistical Methods Have Been Applied
Statistical Models And Methods For Lifetime And Other Time-to-event Data Are Widely Used In Many Fields, Including Medicine, The Environmental Sciences, Actuarial Science, Engineering, Economics, Management, And The Social Sciences. For Example, Closely Related Statistical Methods Have Been Applied
The interest in estimating the probability of cure has been increasing in cancer survival analysis as the curability of many cancer diseases is becoming a reality. Mixture survival models provide a way of modelling time to death when cure is possible, simultaneously estimating death hazard of fatal