A multi-threaded version of Field II has been developed, which automatically can use the
multi-core capabilities of modern CPUs. The memory allocation routines were rewritten to …

Ultrasound image simulation is a well-explored field with the main objective of generating
realistic synthetic images, further used as ground truth for computational imaging algorithms …

Deformation of tissue can be accurately estimated from radio-frequency ultrasound data
using a 2-dimensional normalized cross correlation (NCC)-based algorithm. This procedure …

Simulators are a new tool in education in many fields, including medicine, where they
greatly improve familiarity with medical procedures, reduce costs, and, importantly, cause no …

Purpose Ultrasound is prevalent in image-guided therapy as a safe, inexpensive, and widely
available imaging modality. However, extensive training in interpreting ultrasound images is …

Medical simulations have proven to be highly valuable in the education of healthcare
professionals. This significance was particularly evident during the COVID-19 pandemic …

Ultrasound simulators relying on impulse response methods are faithful to the mechanisms
of image formation from the underlying radio-frequency signals, but as a result tend to be …

Real-time simulation of ultrasound images is increasingly important for providing a means of
presenting a wide variety of clinical images for the training of ultrasound specialists and …

Ultrasound (US) imaging is one of the most popular techniques used in clinical diagnosis,
mainly due to lack of adverse effects on patients and the simplicity of US equipment …

A new method of evaluation of CT scan heart slices is proposed in this paper. CT images,
acquired from different patients, are stored in PACS database. In order to create 3D/4D …