Purpose The treatment margins for lung stereotactic body radiotherapy (SBRT) are often
large to cover the tumor excursions resulting from respiration, such that underdosage of the …

Purpose Motion of organs in the abdominal and thoracic cavity caused by respiration is a
major issue that affects a wide range of clinical diagnoses or treatment outcomes, including …

Extracorporeal boiling histotripsy (BH), a noninvasive method for mechanical tissue
disintegration, is getting closer to clinical applications. However, the motion of the targeted …

Purpose. Respiration-induced motion introduces significant positioning uncertainties in
radiotherapy treatments for thoracic sites. Accounting for this motion is a non-trivial task …

Radiation therapy is a local treatment aimed at killing cells in and around a tumor. Accurate
predictions of lung tumor motion help to improve the precision of radiation treatment by …

The motion-adaptive radiotherapy techniques are promising to deliver ablative radiation
doses to tumor with minimal normal tissue exposure by accounting for real-time tumor …

Traditional time series analysis methods are limited on some complex real-world time series
data. Respiratory motion prediction is one of such challenging problems. The memory …

Image-guided surgery (IGS) has become one of the most practical, safest, and fastest
procedures. One of its most crucial requirements is to have high-quality and high-speed CT …

This paper presents recently introduced concept of Learning Entropy (LE) for time series and
recalls the practical form of its evaluation in real time. Then, a technique that estimates the …

PET is used effectively for biochemical or pathological phenomena, disease diagnosis,
prognosis determination after treatment, and treatment planning because it can quantify …