Titlebook: Intensity-Modulated Radiation Therapy; Clinical Evidence an Yasumasa Nishimura,Ritsuko Komaki Book 2015 Springer Japan 2015 high-dose radia

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Laurence E. Court Ph.D.,Peter Balter Ph.D.,Radhe Mohan Ph.D.EU pilot projects to build a cybersecurity ecosystem. Then we postulate ways in which these can be extended to the benefit of the ECCC/NCC/CC ecosystem approach by the EU, and that could be considered for the future governance model and strategic directions.

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ies into account in deciding how much acoustic information to provide. The final section compares speech and text, arguing that our cultural emphasis on written communication causes us to project properties of text onto speech and that there are large differences between the styles of language appro

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Toshihiko Iuchi,Kazuo Hatanoied aspects of the above topics which have been prepared by weH-known specialists in their respective areas. The book is based on lectures which were sponsored 978-1-4419-5128-1978-1-4757-2148-5Series ISSN 0893-3405

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Treatment Planning of IMRT for Head and Neck Malignancieselineation of target volumes and the organ at risk (OAR) using various imaging modalities, optimization of the absorbed-dose distribution among the specified volumes driven by an objective function, leaf-sequence generation process for computing a physically deliverable plan, and final plan evaluati

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Adaptive Radiation Therapy in Intensity-Modulated Radiation Therapy for Head and Neck Cancer cancer, most anatomic changes take place gradually during the first few weeks of treatment, and thus, offline ART may be the more practical approach in most cases. Whether online or offline, current ART strategies remain labor- and resource-intensive. With the development of new technology such as

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Brain Tumor: How Should We Manage Glioblastoma in the Era of IMRT? IMRT planning for GBM are the delineation of the infiltrating lesions, optimal target dose, and coverage of cancer stem cells. Radiation necrosis as late toxicity is a major adverse event after high-dose irradiation, even when using the IMRT technique; in addition, bevacizumab targeting of vascular

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