Classification of Malignant and Benign Tumors

Oct 9, 2016 by in ONCOLOGY Comments Off on Classification of Malignant and Benign Tumors

(8.1) where f(u, v) is a function determined using a machine learning approach, which we choose to be support vector machine (SVM) learning [26], and ζ is the modeling error. The…

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Performance Evaluation in Machine Learning

Oct 9, 2016 by in ONCOLOGY Comments Off on Performance Evaluation in Machine Learning

Fig. 4.1 The main steps of evaluation Comparison of a new algorithm to other (may be generic or application-specific) classifiers on a specific domain (e.g., when proposing a novel learning…

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Treatment Planning Validation

Oct 9, 2016 by in ONCOLOGY Comments Off on Treatment Planning Validation

(14.1) where C j is the j -th cluster, μ j is the center of the j -th cluster, and D stands for the distance between the two points. Each…

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Computational Learning Theory

Oct 9, 2016 by in ONCOLOGY Comments Off on Computational Learning Theory

Fig. 2.1 Computational modeling vs. statistical analysis (Adapted from [5]) Machine learning is a branch of computational modeling that inherited many of its properties and utilizes statistical modeling techniques as…

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Bioinformatics of Treatment Response

Oct 9, 2016 by in ONCOLOGY Comments Off on Bioinformatics of Treatment Response

Fig. 16.1 Radiotherapy treatment involves complex interaction of physical, biological, and clinical factors. The successful informatics approach should be able to resolve this interaction “puzzle” in the observed treatment outcome…

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Knowledge-Based Treatment Planning

Oct 9, 2016 by in ONCOLOGY Comments Off on Knowledge-Based Treatment Planning

Fig. 10.1 Summary of a typical treatment planning process (The image is courtesy M. Lewis from imPACT) More recently, there has been interest in using prior treatment planning information, referred…

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