Swift ions in radiotherapy – Treatment planning with TRiP98

4D Treatment Planning Implementations for TRiP98

TRiP98 is a treatment planning program for heavy ion radiotherapy[1] with a scanned ion beam and was developed at GSI[2]. It has been successfully used in clinical routine from 1997-2008 for over 400 patients, predominantly with head and neck tumors[3]. The treatment of mobile tumors, such as lung tumors, with a scanned ion beam poses additional challenges, resulting into a higher complexity of...

Status of 4D Treatment Planning Implementations for TRiP98

TRiP98 is a treatment planning program for radiotherapy with scanned ion beams. It was developed at GSI and has been successfully used in clinical routine from 1997-2008 for over 400 patients, predominantly with head and neck tumors [1,2]. The treatment of tumors within moving organs, such as lung tumors, with scanned ion beams involves additional complexity of the beam delivery and the treatme...

qfd planning with cost consideration in fuzzy environment

در عصر حاضر که رقابت بین سازمان ها بسیار گسترش یافته است، مطالعه و طرحریزی سیستم های تولیدی و خدماتی به منظور بهینه سازی عملکرد آنها اجتناب ناپذیر می باشد. بخش عمده ای از رقابت پذیری سازمان ها نتیجه رضایتمندی مشتریان آنها است. میزان موفقیت سازمان های امروزی به تلاش آنها در جهت شناسایی خواسته ها و نیازهای مشتریان و ارضای این نیازها بستگی دارد. از طرفی کوتاه کردن زمان ارائه محصول/خدمات به مشتریان...

Radiotherapy treatment planning

In radical radiotherapy treatment we aim to accurately deliver a lethal dose of radiation to tumour cells while sparing any surrounding normal tissues. Radiotherapy treatment planning is the process undertaken to determine the most appropriate way to deliver the radiation in order to meet the clinical prescription. Rapid advances in technology and computing, particularly in relation to imaging,...

PETCT in radiotherapy treatment planning