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Extra resources for Adaptive calibration and quality control of smart sensors
5,6,7,8] The consequences of errors that are bound to occur in a radiation oncology clinical environment may be caused by the radiation oncologist, physicist, dosimetrist or radiation therapist. Of these errors, the most grievous to the patient are the systematic errors made by the physicists without his or her perception. 12 Applications and Experiences of Quality Control Therefore, the type of mistakes made by each staff member is different, as is the magnitude of the impact to the patient, as specified below: • if a physician makes a mistake, it usually affects one patient; • if a dosimetrist makes a mistake, it affects one patient or one tumor location; • if a technologist makes a mistake, it normally affects one fraction of the treatment; • if a physicist makes a mistake, it may affect all patients in the clinic during a given period of time.
Ellerbroek, M. Brenner, P. , Practice accreditation for radiation oncology: quality is reality. J Am Coll Radiol, (2006). 3(10): p. 787-92  R. Ochoa, F. Gome, I. H. Ferreira, F. Gutt and C. E. deAlmeida; CE. Design of a phantom for the quality control of high dose rate 192Ir source in brachytherapy. Radiotherapy and Oncology, (2007). (82), p. 222-228.  N. A. Ellerbroek, M. Brenner, P. , Practice accreditation for radiation oncology: quality is reality. J Am Coll Radiol, (2006). 3(10): p.
Wt is thus deﬁned similarly as for the CUSUM tests. However, one major difference with the CUSUM test is that the SPRT has no holding barrier and presents two decision limits, one to accept the null hypothesis, and the other one to reject the alternative hypothesis. e. to reject the alternative, has led physicians to use it to monitor the learning curve Biau et al. (2007). However, there are caveats in using such a procedure. We have found no practical interest so far in detecting, at the same time, a shift towards inadequate or adequate performance.