Abstract: A method for re-treatment of a tumor includes a step of providing therapy pulses to a tumor in accordance with a pulsed reduced dose rate (PRDR) therapy pattern. The therapy pulses are PRDR intensity modulated proton therapy (IMPT) pulses comprising proton pulses provided to the tumor. A system for re-treatment of a tumor is also disclosed, which includes a first sub-beam emitter for providing a first plurality of intensity modulated proton therapy (IMPT) pulses in accordance with a pulsed reduced dose rate (PRDR) therapy pattern and a second sub-beam emitter for providing a second plurality of intensity modulated proton therapy (IMPT) pulses in accordance with the PRDR therapy pattern. The system also includes a controller configured to cause the first plurality of IMPT pulses and the second plurality of IMPT pulses to be provided to the tumor sequentially with a temporal gap between delivery of the pulses.

Abstract: A system for end-to-end automated generation of resource capacity models. The system is integrated with process management systems, such that when a change to specified process occurs it triggers the generation of a new or updated resource capacity model. In addition, the system is integrated with multiple different data sources/applications, such that, once generation of a resource capacity model is triggered automated data feeds from the multiple data source/application occur and the system compiles and/or aggregates the data to create the resulting resource capacity models. Such data source/applications may include, but are not limited to, measurable attributes associated with the process, processor data and taxonomy data that classify tasks included with the overall process. Moreover, the system is integrated with medium of exchange data systems, such that the resource capacity models may include forecasted medium of exchange volumes required to perform the process.