Abstract: A medical device for facilitating data direction to storage in a patient-specific electronic record is provided herein. In embodiments, the medical device visually presents patient data received from devices that more directly capture physiological data. The medical device is associated with a patient corresponding to the physiological data, and communicates the patient data to a centralized server for processing and forwarding to a database, which includes an electronic record that is specific to the patient. Then, the medical device may be dissociated from the patient.

Abstract: A device for facilitating data direction to storage in a patient-specific electronic record is provided herein. In embodiments, the device visually presents patient data received from devices that more directly capture physiological data. The device is associated with a patient corresponding to the physiological data, and communicates the patient data to a centralized server for processing and forwarding to a database, which includes an electronic record that is specific to the patient. Then, the device may be dissociated from the patient.

Abstract: Methods, computer systems, and computer-storage medium are provided for providing closed loop alert management. An alert related to a patient is communicated to a first tier via a messaging application. The first tier comprises one or more clinicians assigned to care for the patient. Upon receiving a response from a clinician in the first tier, an indication the clinician has responded to the alert is communicated to the first tier. Upon receiving no response from a clinician in the first tier, the alert may be communicated to other devices associated with the clinicians in the first tier or to a subsequent tier comprising one or more other clinicians.

Abstract: A medical device for facilitating data direction to storage in a patient-specific electronic record is provided herein. In embodiments, the medical device visually presents patient data received from devices that more directly capture physiological data. The medical device is associated with a patient corresponding to the physiological data, and communicates the patient data to a centralized server for processing and forwarding to a database, which includes an electronic record that is specific to the patient. Then, the medical device may be dissociated from the patient.

Abstract: Embodiments of the invention are directed to methods of providing data feeds from medical devices associated with patients to computing devices associated with clinicians. A computing device for each of a number of clinicians is registered as being associated with the clinician. An identification of a patient is received. A list of medical devices related to the patient is retrieved. An identification of a number of clinicians is received. The medical devices are associated with the computing devices of the clinicians. Data feeds are provided to the computing devices from the medical devices.

Abstract: Methods, computer systems, and computer storage media are provided for automatic management of remote patient monitoring devices. Various, disparate types of remote patient monitoring devices may be used to capture medically relevant data relating to a patient. Device inputs may be received in disparate and are assigned a common format for processing. Inputs are associated with a particular device and a particular patient. Duplicate or conflicting inputs are filtered out. Irrelevant inputs are likewise filtered out. The remaining inputs are passed along for further analysis or recordation into a patient's electronic medical record.

Abstract: Methods, computer systems, and computer-storage medium are provided for providing closed loop alert management. An alert related to a patient is communicated to a first tier via a messaging application. The first tier comprises one or more clinicians assigned to care for the patient. Upon receiving a response from a clinician in the first tier, an indication the clinician has responded to the alert is communicated to the first tier. Upon receiving no response from a clinician in the first tier, the alert may be communicated to other devices associated with the clinicians in the first tier or to a subsequent tier comprising one or more other clinicians.

Abstract: An embodiment of the present invention is directed to providing event information that is received from various sources in a healthcare environment. The information that is received from the various sources is converted to a standardized format and is filtered according to various criteria (e.g., source device, recipient component, event type, source location, etc.). After filtering, the information is compared to a rules engine to determine whether additional processing or routing is appropriate.

Abstract: Embodiments of the invention are directed to methods of providing data feeds from medical devices associated with patients to computing devices associated with clinicians. A computing device for each of a number of clinicians is registered as being associated with the clinician. An identification of a patient is received. A list of medical devices related to the patient is retrieved. An identification of a number of clinicians is received. The medical devices are associated with the computing devices of the clinicians. Data feeds are provided to the computing devices from the medical devices.

Abstract: A computing system is provided that comprises a portable, hand-held computer comprising a display and a plurality of cursor control keys; and a proxy server coupled to the portable computer by a data link. A proxy server is also coupled to at least one remote server on the Internet. The portable computer is adapted to activate a menu comprised of a plurality of entries. Each entry corresponds to at least one mark-up language file to be accessed by the user. The method disclosed herein provides a shorthand way of requesting mark-up language files using one hand and a minimal number of keystrokes. Once the proxy server receives the file, it separates the file into viewable segments and sends the first viewable segment to the portable computer.

Abstract: A method of configuring an architecture for provision of mobile access to a wireless communication device provides a structured framework for defining a preferential configuration of the architecture. A target list of resources is established with respect to mobile access of a wireless communication device. A set of components, associated with each established resource, is retrieved to form a menu of components of an architecture. Component data, associated with respective components, is presented to facilitate the defining of a preferential configuration. An arrangement is selected of the components from the menu to form the preferential configuration of the architecture.

Abstract: A method of configuring an architecture for provision of mobile access to a wireless communication device provides a structured framework for defining a preferential configuration of the architecture. A target list of resources is established with respect to mobile access of a wireless communication device. A set of components, associated with each established resource, is retrieved to form a menu of components of an architecture. Component data, associated with respective components, is presented to facilitate the defining of a preferential configuration. An arrangement is selected of the components from the menu to form the preferential configuration of the architecture.