Abstract: Systems and methods for generating a graphical interface and scheduling administrative rounds are presented. The graphical interface may present to an administrator a prioritized list of care providers based on care provider performance, care provider satisfaction, patient satisfaction, and labor data associated with the care provider. A schedule of administrative rounds to counsel the care provider may be presented to the administrator and may be based on the prioritized list, administrator and patient location, and administrator and patient schedule.

Abstract: Systems and methods set forth herein may aid in identifying and disrupting undesirable outcomes. The system may include computer readable media; an electronic input device; an output device; a processor in data communication with the input device and the output device; and electronic instructions. The electronic instructions, when executed by the at least one processor, perform steps for: automatically storing event data from the electronic input device in the computer readable media; actuating the output device to graphically display the event data; determining if the event data qualifies as a critical event; storing the critical event data as outcome data in the computer readable media; accessing the event data and outcome data; determining at least one correlation between the event data and the outcome data; actuating the output device to display an intervention to aid in disrupting future critical events; and storing the intervention in the computer readable media.

Abstract: Systems and methods for generating a graphical interface and scheduling administrative rounds are presented. The graphical interface may present to an administrator a prioritized list of care providers based on care provider performance, care provider satisfaction, patient satisfaction, and labor data associated with the care provider. A schedule of administrative rounds to counsel the care provider may be presented to the administrator and may be based on the prioritized list, administrator and patient location, and administrator and patient schedule.

Abstract: Media, method, and system are described for generating a graphical user interface presenting care tasks to a care provider. Particularly, embodiments describe sensing a location such as a department, floor, or clinic, retrieving a population of patients, and producing a graphical user interface of care tasks to be performed. In embodiments, the graphical user interface may be generated based on prior performance of the care provider.

Abstract: Media, method, and system are described for generating a graphical user interface reflecting patient experience data. Particularly, embodiments describe behavior and satisfaction data from a hospital used to generate a prioritized task list graphical user interface. The graphical user interface may be presented at a separate location of care from the location at which behavior data was recorded.

Abstract: Media, method, and system are described for creating and operating software capable of performing steps to capture, collect, analyze, transfer, and present patient care information recorded in a patient care record. Particularly, mobile electronic devices of patients may be leveraged to support transfer of care data records from one care location to another.

Abstract: Systems, modules, and methods set forth herein may allow patient satisfaction to be improved. One system for improving patient satisfaction includes computer readable media, an output device, a processor in data communication with the computer readable media and the output device, and electronic instructions that, when executed by the processor, perform steps for: (a) automatically storing event data from a plurality of electronic devices in the computer readable media; (b) storing perception data obtained from a plurality of patients in the computer readable media; (c) accessing the event data; (d) accessing the perception data; (e) determining at least one correlation between the event data and the perception data; (f) determining at least one proposal to improve patient satisfaction based on the at least one correlation; and (g) actuating the output device to convey the at least one proposal to improve patient satisfaction.

Abstract: Systems and methods are provided for monitoring the position of a body on a bed with the goal of mitigating falls, and in the case that the body has already fallen to the ground, minimizing the time the body is on the ground. These systems and methods use camera analytics to monitor the movement of the patient, and, in combination with clinical analytics, to determine if the body is in danger of falling out of the bed or if the body has fallen out of the bed. If either of these events occur, the systems and methods send an alarm which may be associated with a live video feed of the bed.