SEARCH RESULTS FOR: (*bitcoin mining hardware comparison馃挷itenthusiasts.com馃挷Cryptocurrency*)(239 results)

No Description

No Description

No Description

MRI Planner is a stand alone software product intended to enable a completely MRI only workflow in radiotherapy planning. The MRI Planner software achieves this by analyzing a dedicated MR image and generating a synthetic CT image that can replace the conventional CT in the treatment planning process. In addition, the software also performs automated contouring of risk organs in certain anatomies. In the current version of MRI Planner, synthetic CT generation is supported for the brain, head-neck and pelvis anatomies, whereas automated risk organ contouring is supported for bladder, colon and femoral heads for prostate cancer patients only.

The MOZI Treatment Planning System (MOZI TPS) is used to plan radiotherapy treatments for patients with malignant or benign diseases. MOZI TPS is used to plan external beam irradiation with photon beams.

AccuCheck is a quality assurance software used for data transfer integrity check, secondary dose calculation with Monte Carlo algorithm, and treatment plan verification in radiotherapy. AccuCheck also provides independent dose verification based on LINAC delivery log after radiotherapy plan execution. AccuCheck is not a treatment planning system or a radiation delivery device. It is to be used only by trained radiation oncology personnel for quality assurance purposes.

VERIQA is a software package for display, evaluation and digital processing of medical image data sets and treatment plans in radiation oncology.

No Description

BeamSite™ is a camera system that enables live visualization of the treatment beam on a patient during radiotherapy. It is an optically based system that is non-patient contacting and produces no radiation. When the treatment beam is on, BeamSite captures images of Cherenkov light emitted from the patient’s skin during radiotherapy to provide an optical map of the treatment beam on the patient. When the treatment beam is off, the system provided continuous background images of the treatment area under ambient light illumination. The BeamSite system consists of a camera, a workstation with preinstalled BeamSite software, and a monitor to be used by clinical radiotherapy teams to a) visually observe the patient and the Cherenkov light emitted from irradiated surface anatomy, and b) review the treatment images, if necessary.