A key challenge in radiation oncology is accurate delivery of the prescribed dose to tumours
that move because of respiration. Tumour tracking involves real-time target localisation and …

In radiotherapy, the position of thoracic-abdominal tumor is changing due to respiratory
motion. Real-time tracking of thoracic-abdominal tumors is of great significance in improving …

Radiation therapy of thoracic and abdominal tumors requires incorporating the respiratory
motion into treatments. To precisely account for the patient's respiratory motions and predict …

In robotic radiosurgery, it is necessary to compensate for systematic latencies arising from
target tracking and mechanical constraints. This compensation is usually achieved by …

Background Surface-guided radiation therapy can be used to continuously monitor a
patient's surface motions during radiotherapy by a non-irradiating, noninvasive optical …

Purpose Respiratory motion-management techniques (MMT) aim to ensure tumor dose
coverage while sparing lung tissue. Dynamic treatment-couch tracking of the moving tumor …

Cancer, with high morbidity and high mortality, is one of the major burdens threatening
human health globally. Intervention procedures via percutaneous puncture have been …

Purpose The accurate prediction of intrafraction lung tumor motion is required to
compensate for system latency in image‐guided adaptive radiotherapy systems. The goal of …

Purpose: Tumor motion increases safety margins around the clinical target volume and
leads to an increased dose to the surrounding healthy tissue. The authors have developed …

Purpose To develop a deep learning network that treats the three‐dimensional respiratory
motion signals as a whole and considers the inter‐dimensional correlation between signals …