Abstract: A control circuit carries out various actions to facilitate speedy user interaction involving adjustments to radiation dosing that corresponds to a particular mixed radiation treatment plan. These actions can include remixing particular multi-criteria optimization radiation treatment plans.

Abstract: A control circuit carries out various actions to facilitate speedy user interaction involving adjustments to radiation dosing that corresponds to a particular mixed radiation treatment plan. These actions can include remixing particular multi-criteria optimization radiation treatment plans.

Abstract: A control circuit carries out various actions to facilitate speedy user interaction involving adjustments to radiation dosing that corresponds to a particular mixed radiation treatment plan. These actions can include remixing particular multi-criteria optimization radiation treatment plans.

Abstract: Methods for determining a position of an implant in an ultrasound imaging system are provided. In one embodiment, the method includes determining an initial transformation matrix based at least in part on positions of a plurality of implants in a fluoroscopy coordinate system and estimated positions of said plurality of implants in an ultrasound coordinate system, modifying said initial transformation matrix based on an accuracy of said estimated positions of said plurality of implants, and determining a position of an implant in said ultrasound coordinate system based at least in part on said modified transformation. Computer program product, systems, and user interfaces associated with embodiments of the methods are also provided.

Abstract: Methods for determining a position of an implant in an ultrasound imaging system are provided. In one embodiment, the method includes determining an initial transformation matrix based at least in part on positions of a plurality of implants in a fluoroscopy coordinate system and estimated positions of said plurality of implants in an ultrasound coordinate system, modifying said initial transformation matrix based on an accuracy of said estimated positions of said plurality of implants, and determining a position of an implant in said ultrasound coordinate system based at least in part on said modified transformation. Computer program product, systems, and user interfaces associated with embodiments of the methods are also provided.

Abstract: A seed localization system and method in which a computer-based system is used to determine the three-dimensional (3D) position of radiotherapy seeds with respect to an area of affected tissue, such as the prostate, using ultrasound (US) and fluoroscopy (FL) imaging, so that a radiotherapy dose may be calculated. One embodiment the present invention may be used to determine the 3D position of implanted brachytherapy seeds. An alternative embodiment of the invention may be used to determine the 3D position of implanted objects other than brachytherapy seeds. The seed localization system and method includes a graphical user interface useful for assisting a user of the seed localization system in its operation.

Abstract: A seed localization system and method in which a computer-based system is used to determine the three-dimensional (3D) position of radiotherapy seeds with respect to an area of affected tissue, such as the prostate, using ultrasound (US) and fluoroscopy (FL) imaging, so that a radiotherapy dose may be calculated. One embodiment the present invention may be used to determine the 3D position of implanted brachytherapy seeds. An alternative embodiment of the invention may be used to determine the 3D position of implanted objects other than brachytherapy seeds. The seed localization system and method includes a graphical user interface useful for assisting a user of the seed localization system in its operation.