
Authentication of absorbed dose measurement in Radiotherapy
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The sophistication and complexity of absorbed dose and treatment planning systems has increased significantly, particularly including three-dimensional (3D) treatment planning systems, and the use of conformal treatment planning and delivery techniques. This book led to the need for a comprehensive set of authentication in external radiotherapy, Brachytherapy and Proton therapy. The purpose of this thesis is to developing and implementing a comprehensive authentication but viable methods for modern radiotherapy treatment planning. The scope of the authentication needs for treatment planning is...
The sophistication and complexity of absorbed dose and treatment planning systems has increased significantly, particularly including three-dimensional (3D) treatment planning systems, and the use of conformal treatment planning and delivery techniques. This book led to the need for a comprehensive set of authentication in external radiotherapy, Brachytherapy and Proton therapy. The purpose of this thesis is to developing and implementing a comprehensive authentication but viable methods for modern radiotherapy treatment planning. The scope of the authentication needs for treatment planning is quite broad, encompassing image-based definition of patient anatomy, 3D beam descriptions for complex beams including multileaf collimator apertures, 3D dose calculation algorithms, and complex plan evaluation tools including dose volume histograms.