Abstract: A method comprises: for each specific medical intervention and/or respective clinical outcome: accessing a respective specific priority list of a respective sub-set of subjects scheduled in a prioritized sequence for treatment and/or evaluation, creating a respective specific training dataset that includes data extracted from EMRs of the respective sub-set of subjects labelled with the specific priority list, and training a respective specific machine learning model on the respective specific training dataset for generating an outcome of a respective specific priority list of a sub-set of subjects for prioritized evaluation and/or treatment, in response to an input of data extracted from EMR of the sub-set of subjects, accessing a combined prioritization component for generating an outcome of a combined priority list of subjects for prioritized evaluation and/or treatment in response to an input of outcomes of the specific machine learning models, and providing the specific models and the combined prioritizat

Abstract: A system and method for electro-forming a metal layer on a substrate. The system has a rotary jet planarizer in an electro-forming or galvanic cell. The cell includes a toroidally-shaped manifold with two inlets and an outlet. Each of the inlets is coupled to tubing from a sump assembly. Pressurized electrolyte flows from the sump assembly to the manifold. Directly downstream from the manifold is a diffuser having a plurality of openings. Electrolyte flows through the diffuser to an toroidally-shaped anode basket filled with metal pellets. After flowing through the anode basket, the electrolyte flows to a rotary jet planarizer. The planarizer has a rotatable plate with a main opening, a plurality of apertures radially extending from the main opening, and a conduit that is coupled to the main opening and extends out of the cell. A motor is coupled to the rotary jet planarizer to rotate the plate.