Abstract: Systems, apparatus, instructions, and methods for an interactive human visual and timeline rotor are disclosed. An example apparatus includes at least one processor to execute the instructions to generate at least: a digital twin of a patient, the digital twin to include models of patient health data; and a graphical user interface to provide visualization of and access to the patient health data based on an output from the digital twin. The example graphical user interface is to include: a visual representation of patient anatomy, the visual representation to include selectable indicators corresponding to the patient health data; and a rotor including categories of the patient health data, the rotor selectable via the graphical user interface to navigate a subset of the patient health data corresponding to a selected category via the visual representation of the patient.

Abstract: Systems, apparatus, instructions, and methods for an interactive human visual and timeline rotor are disclosed. An example apparatus includes at least one processor to execute the instructions to generate at least: a digital twin of a patient, the digital twin to include models of patient health data; and a graphical user interface to provide visualization of and access to the patient health data based on an output from the digital twin. The example graphical user interface is to include: a visual representation of patient anatomy, the visual representation to include selectable indicators corresponding to the patient health data; and a rotor including categories of the patient health data, the rotor selectable via the graphical user interface to navigate a subset of the patient health data corresponding to a selected category via the visual representation of the patient.

Abstract: Techniques are provided for adapting the display of patient data based on display screen-real estate and patient monitoring context. In one or more embodiment, a method is provided that comprises determining, by a system comprising a processor, relative priority of subsets of patient data based on patient and medical provider context, and determining, by the system, an arrangement and sizing scheme for displaying the patient data that maximizes usage of available display screen real-estate based on the relative priority of the subsets. The method further comprises displaying, by the system, the patient data on the available display screen real-estate in accordance with the arrangement and sizing scheme.