The purpose of the study was to introduce and evaluate a high‐resolution diode array for
patient‐specific quality assurance (PSQA) of CyberKnife brain stereotactic radiosurgery …

OBJECTIVE The CyberKnife (CK) has emerged as an effective frameless and noninvasive
method for treating a myriad of neurosurgical conditions. Here, the authors conducted an …

Purpose To propose and validate a fully automated multicriterial treatment planning solution
for a CyberKnife® equipped with an InCiseTM 2 multileaf collimator. Methods The AUTO …

To evaluate the potential benefit of HyperArc (HA) fractionated stereotactic radiotherapy
(FSRT) for the benign brain lesion. Sixteen patients with a single deep-seated, centrally …

Purpose To study the trade-offs of three online strategies to adapt treatment plans of patients
with locally advanced pancreatic carcinoma (LAPC) treated using the CyberKnife with tumor …

Background Brain radiosurgery treatments require multiple quality-assurance (QA)
procedures to ensure accurate and precise treatment delivery of ablative doses. As single …

Recently, VOLO™ was introduced as a new optimizer for CyberKnife® planning. In this
study, we investigated possibilities to improve treatment plans for MLC‐based prostate …

Introduction Two optimization algorithms VOLO™ and sequential optimization algorithm
(SEQU) are compared in the Precision® treatment planning system from Accuray® for …

Purpose To extend the knowledge-based (KB) automatic planning approach to CyberKnife
in the case of Stereotactic Body Radiation Therapy (SBRT) for prostate cancer. Methods …

Introduction Ultra-hypofractionation presents challenges for a subset of high-risk prostate
cancer due to the large planning target volume (PTV) margin required for the seminal …