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AutoContour is intended to assist radiation treatment planners in contouring and reviewing structures within medical images in preparation for radiation therapy treatment planning.

As with AutoContour Model RADAC V3, the AutoContour Model RADAC V4 device is software that uses DICOM-compliant image data (CT or MR) as input to: (1) automatically contour various structures of interest for radiation therapy treatment planning using machine learning based contouring. The deep-learning based structure models are trained using imaging datasets consisting of anatomical organs of the head and neck, thorax, abdomen and pelvis for adult male and female patients, (2) allow the user to review and modify the resulting contours, and (3) generate DICOM-compliant structure set data the can be imported into a radiation therapy treatment planning system. AutoContour Model RADAC V4 consists of 3 main components: - 1. A .NET client application designed to run on the Windows Operating System allowing the user to load image and structure sets for upload to the cloud-based server for automatic contouring, perform registration with other image sets, as well as review, edit, and export the structure set. - 2. A local "agent" service designed to run on the Windows Operating System that is configured by the user to monitor a network storage location for new CT and MR datasets that are to be automatically contoured. - 3. A cloud-based automatic contouring service that produces initial contours based on image sets sent by the user from the .NET client application.

AutoContour is intended to assist radiation treatment planners in contouring structures within medical images in preparation for radiation therapy treatment planning.

As with AutoContour Model RADAC V2, the AutoContour Model RADAC V3 device is software that uses DICOM-compliant image data (CT or MR) as input to: (1) automatically contour various structures of interest for radiation therapy treatment planning using machine learning based contouring. The deep-learning based structure models are trained using imaging datasets consisting of anatomical organs of the head and neck, thorax, abdomen and pelvis for adult male and female patients, (2) allow the user to review and modify the resulting contours, and (3) generate DICOM-compliant structure set data the can be imported into a radiation therapy treatment planning system. AutoContour Model RADAC V3 consists of 3 main components: - 1. A .NET client application designed to run on the Windows Operating System allowing the user to load image and structure sets for upload to the cloud-based server for automatic contouring, perform registration with other image sets, as well as review, edit, and export the structure set. - 2. A local "agent" service designed to run on the Windows Operating System that is configured by the user to monitor a network storage location for new CT and MR datasets that are to be automatically contoured. - 3. A cloud-based automatic contouring service that produces initial contours based on image sets sent by the user from the .NET client application.

AutoContour is intended to assist radiation treatment planners in contouring structures within medical images in preparation for radiation therapy treatment planning.

As with AutoContour RADAC, the AutoContour RADAC V2 device is software that uses DICOM-compliant image data (CT or MR) as input to (1) automatically contour various structures of interest for radiation therapy treatment planning using machine learning based contouring. The deep-learning based structure models are trained using imaging datasets consisting of anatomical orqans of the head and neck, thorax, abdomen and pelvis for adult male and female patients.(2) allow the user to review and modify the resulting contours, and (3) generate DICOM-compliant structure set data the can be imported into a radiation therapy treatment planning system AutoContour RADAC V2 consists of 3 main components: - 1. A .NET client application designed to run on the Windows Operating System allowing the user to load image and structure sets for upload to the cloud-based server for automatic contouring, perform registration with other image sets, as well as review, edit, and export the structure set. - 2. A local "agent" service designed to run on the Windows Operating System that is configured by the user to monitor a network storage location for new CT and MR datasets that are to be automatically contoured. - 3. A cloud-based automatic contouring service that produces initial contours based on image sets sent by the user from the .NET client application.

ClearCheck is intended to assist radiation therapy professionals in generating and assessing the quality of radiotherapy treatment plans. ClearCheck is also intended to assist radiation treatment planners in predicting when a treatment plan might result in a collision between the treatment machine and the patient or support structures.

The ClearCheck Model RADCC V2 device is software that uses treatment data, image data, and structure set data obtained from supported Treatment Planning System and Application Programming Interfaces to present radiotherapy treatment plans in a user-friendly way for user approval of the treatment plan. The ClearCheck device (Model RADCC V2) is also intended to assist users to identify where collisions between the treatment machine and the patient or support structures may occur in a treatment plan. It is designed to run on Windows Operating Systems. ClearCheck Model RADCC V2 performs calculations on the incoming supported treatment data. Supported Treatment Planning Systems are used by trained medical professionals to simulate radiation therapy treatments for malignant or benign diseases.

ClearCalc is intended to assist radiation treatment planners in determining if their treatment planning calculations are accurate using an independent Monitor Unit (MU) and dose calculation algorithm.

The ClearCalc Model RADCA V2 device is software that uses treatment data, image data, and structure set data obtained from supported Treatment Planning System and Application Programming interfaces to perform a dose and/or monitor unit (MU) calculation on the incoming treatment planning parameters. It is designed to assist radiation treatment planners in determining if their treatment planning calculations are accurate using an independent Monitor Unit (MU) and dose calculation algorithm.

AutoContour is intended to assist radiation treatment planners in contouring structures within medical images in preparation for radiation therapy treatment planning.

AutoContour consists of 3 main components: 1. An "agent" service designed to run on the Windows Operating System that is configured by the user to monitor a network storage location for new CT datasets that are to be automatically uploaded to: 2. A cloud-based AutoContour automatic contouring service that produces initial contours and 3. A web application accessed via web browser which allows the user to perform registration with other image sets as well as review, edit, and export the structure set containing the contours.

The ChartCheck device is intended for the quality assessment of radiotherapy treatment plans and on treatment chart review.

The ChartCheck device is software that enables trained radiation oncology personnel to perform quality assessments of treatment plans and treatment chart review utilizing plan, treatment, imaging, and documentation data obtained from the ARIA Radiation Therapy Management database. ChartCheck contains 3 main components: - 1. An agent service that is configured by the user to monitor their ARIA Radiation Therapy Management database. The agent watches for new treatment plans, treatment records, documentation, and imaging data. The agent uploads new data to the cloud based checking service. - 2. A cloud based checking service calculates check states as new records are uploaded from the agent. - 3. A web application accessed via a web browser which contains several components. - a. It allows trained radiation oncology personnel to review treatment records, view the check state calculation results, record comments,, and mark the chart checks as approved. - b. It allows an administrator to set check state colors, configure default settings, and define check state logic.

ClearCalc is intended to assist radiation treatment planners in determining if their treatment planning calculations are accurate using an independent Monitor Unit (MU) and dose calculation algorithm.

The ClearCalc device (model RADCA) is software intended to assist users in determining if their treatment planning calculations are accurate using an independent Monitor Unit (MU) and dose calculation. The treatment plans are obtained from supported Treatment Planning System and Application Programming interfaces. It is designed to run on the Windows Operating System. ClearCalc performs calculations on the treatment plan data obtained from supported Treatment Planning System and Application Programming interfaces. A Treatment Planning System is software used by trained medical professionals to install and simulate radiation therapy treatments for malignant or benign diseases.

EZFluence is intended to assist radiation treatment planning professionals in generating optimal fluences for producing a homogeneous dose distribution in external beam radiation therapy treatment plans consisting of photon treatment fields.

The EZFluence device (model RADEZ) is software is intended to assist radiation treatment planning professionals in generating optimal fluences for producing a homogeneous dose distribution in external beam radiation therapy treatment plans consisting of photon treatment fields. Inputs are obtained from plan and patient data obtained from the Eclipse Treatment Planning System (also referred to as Eclipse TPS) of Varian Medical Systems. EZFluence runs as a dynamic link library (DLL) plugin to Varian Eclipse. It is designed to run on the Windows Operating System. EZFluence performs calculations on the plan obtained from Eclipse TPS (Version 13.5 (K141283) and Version 13.7 (K152393)) which is a software device used by trained medical professionals to design and simulate radiation therapy treatment plans for malignant or benign diseases.

CollisionCheck is intended to assist radiation treatment planners in predicting when a treatment plan might result in a collision between the treatment machine and the patient or support structures.

The CollisionCheck device (model RADCO) is software intended to assist users to identify where collisions between the treatment machine and the patient or support structures may occur in a treatment plan. The treatment plans are obtained from the Eclipse Treatment Planning System (also referred to as Eclipse TPS) of Varian Medical Systems. CollisionCheck runs as a dynamic link library (DLL) plugin to Varian Eclipse. It is designed to run on the Windows Operating System. CollisionCheck performs calculations on the plan obtained from Eclipse TPS (Version 12 (K131891), Version 13.5 (K141283), and Version 13.7 (K152393) which is a software used by trained medical professionals to install and simulate radiation therapy treatments for malignant or benign diseases.