Abstract: The technology described herein improves presentation of data housed in large data stores (e.g., an enterprise data warehouse) by providing digital reporting tools (e.g., specific computer systems and software) to easily present analysis data to users. Further, the technology described herein allows for data analysis dashboards to provide dynamic manipulation of the underlying data without requiring significant computing resources and a connection to the data stores. Additionally, the technology described herein generates a portable dataset that contains only the relevant data to the request provided by a user, thus alleviating the concern for inadvertently exposing sensitive data.

Abstract: A method includes aligning a generator shaft axis of a generator, a clutch axis of a clutch, and a pump axis of a pump along a common axis. The method also includes coupling a supply line from the pump to a radial surface of the clutch. Further, the generator is configured to operate in a power generation mode and a synchronous condensing mode, and the pump is configured to supply a lubricant to the clutch in a radial direction that is substantially perpendicular to the common axis.

Abstract: A system for predicting the fall of a subject's body, displaying the subject's body positioning on a monitor screen in a manner not revealing personal health information or otherwise breaching privacy concerns, and warning assistants when the subject is at risk for an imminent fall. The system includes a sensor assembly having a 3-dimensional 3-axis gyroscope and accelerometer positioned centrally on the subject's body to sense the subject's spatial positioning at short intervals and generate a corresponding sequence of positioning data, that is transmitted wirelessly to a processing assembly. A computer processing unit having associated software programming determines whether the displacement differential between the subject's present positioning and the subject's previous positioning exceeds a threshold predictive of imminent bodily fall, accomplished by comparing the subject's displacement differentials of each axis' sequential positioning data obtained after each of said intervals.

Abstract: The technology described herein improves presentation of data housed in large data stores (e.g., an enterprise data warehouse) by providing digital reporting tools (e.g., specific computer systems and software) to easily present analysis data to users. Further, the technology described herein allows for data analysis dashboards to provide dynamic manipulation of the underlying data without requiring significant computing resources and a connection to the data stores. Additionally, the technology described herein generates a portable dataset that contains only the relevant data to the request provided by a user, thus alleviating the concern for inadvertently exposing sensitive data.

Abstract: A method includes aligning a generator shaft axis of a generator, a clutch axis of a clutch, and a pump axis of a pump along a common axis. The method also includes coupling a supply line from the pump to a radial surface of the clutch. Further, the generator is configured to operate in a power generation mode and a synchronous condensing mode, and the pump is configured to supply a lubricant to the clutch in a radial direction that is substantially perpendicular to the common axis.

Abstract: Described herein are systems and methods for identification of complications by identifying physiological changes associated with these complications that are reflected in laboratory results. In some embodiments, systems and methods are described for identifying trends in the laboratory data over time and associating those trends with degrees of risk or complication factors that are established through retroactive analysis of similar laboratory data across a plurality of care facilities or patient groups. In some embodiments, a benchmark may be established, based on laboratory results, against which care facilities can retrospectively compare patient outcomes within their own facility or among various patient groups.

Abstract: A method for identifying under-coded comorbidities is provided. The method comprises the step of receiving a billing entry which includes a first diagnosis corresponding to a predetermined diagnostic related group. The method further comprises the step of determining whether the billing entry includes a second diagnosis corresponding to the predetermined diagnostic related group. The method further comprises the step of, if the billing entry is determined not to include the second diagnosis, reviewing laboratory information corresponding to the billing entry to determine whether the laboratory information includes test data indicating the second diagnosis. The method further comprises the step of, if the laboratory information is determined to include test data indicating the second diagnosis, generating an alert corresponding to the billing entry and the second diagnosis.