Concurrent optimization of particle emitter system for multi-phased treatment

A method, comprising:

• determining a first dose of radiation concurrently with a second dose of radiation, the first dose of radiation associated with a first phase of operation of a particle emitter device, and the second dose of radiation associated with a second phase of operation of a particle emitter device, the second phase subsequent to the first phase;
• generating a first phase metric concurrently with a second phase metric, the first phase metric corresponding to a first objective on the first dose of radiation during the first phase, and the second phase metric corresponding to a second objective on the second dose of radiation during the second phase;
• determining, based on the first dose of radiation and the second dose of radiation, a combined dose of radiation over the first phase and the second phase;
• generating, based on the first dose of radiation and the second dose of radiation, a combined metric corresponding to a total cost of radiation over the first phase and the second phase;
• modifying, based on the combined metric, at least one of the first dose of radiation or the second dose of radiation to reduce the combined metric;
• and
• causing the particle emitter device to emit the first dose of radiation and the second dose of radiation according to the modification.

A non-transitory computer readable medium including one or more instructions stored thereon and executable by a processor to:

• determine, by the processor, a first dose of radiation concurrently with a second dose of radiation, the first dose of radiation associated with a first phase of operation of a particle emitter device, and the second dose of radiation associated with a second phase of operation of a particle emitter device, the second phase subsequent to the first phase;
• generate, by the processor, a first phase metric concurrently with a second phase metric, the first phase metric corresponding to a first objective on the first dose of radiation during the first phase, and the second phase metric corresponding to a second objective on the second dose of radiation during the second phase;
• determine, by the processor and based on the first dose of radiation and the second dose of radiation, a combined dose of radiation over the first phase and the second phase;
• generate, by the processor and based on the first dose of radiation and the second dose of radiation, a combined metric corresponding to a total cost of radiation over the first phase and the second phase;
• modify, by the processor and based on the combined metric, at least one of the first dose of radiation or the second dose of radiation to reduce the combined metric;
• and
• cause, by the processor, the particle emitter device to emit the first dose of radiation and the second dose of radiation according to the modification.