Abstract: Methods, systems, and computer-readable media are provided for camera normalization. Images may be normalized after they are captured to conform to previously captured images. Images may also be preemptively adjusted (prior to capture) to conform to previously captured images.

Abstract: A mobile processing device system for patient monitoring data acquisition includes a repository of information. The information associates a particular patient monitoring device type for displaying a particular patient parameter with a particular text label identifying the particular patient parameter. A portable processing device includes an imaging device for acquiring image data representing an image presenting patient parameter data from the particular patient monitoring device type. An image recognition processor uses the information, for analyzing the image data to identify the particular text label identifying the particular patient parameter and a value of the particular patient parameter. An output processor communicates data representing the particular patient parameter and the value to a destination.

Abstract: Disclosed herein is a framework for facilitating privacy protection based on device presence. In accordance with one aspect, presence of a recording device is determined. A set of one or more privileges associated with the recording device may be retrieved. Based on the set of one or more privileges, the framework may control acquisition of personal health information (PHI) by the recording device, wherein the PHI is accessible via a PHI presentation device that is within a predetermined distance from the recording device.

Abstract: A system transfers healthcare session operation data between a portable device and a first computer. The portable device includes, an imaging device for acquiring image data including a readable code from a displayed image associated with a current operating session of a first application and presented by the first computer. A code interpreter for image to text conversion converts the readable code to text comprising a URL (universal resource locator) and context data associated with the current operating session. An executable application automatically initiates a session of operation of a second application corresponding to the current operating session of the first application, on the portable device in response to the text. A display processor generates data representing at least one display image associated with the session of operation of the second application.

Abstract: Methods, systems, and computer-readable media are provided for camera normalization. Images may be normalized after they are captured to conform to previously captured images. Images may also be preemptively adjusted (prior to capture) to conform to previously captured images.

Abstract: Methods, systems, and computer-readable media are provided for camera normalization. Images may be normalized after they are captured to conform to previously captured images. Images may also be preemptively adjusted (prior to capture) to conform to previously captured images.

Abstract: A mobile processing device system for patient monitoring data acquisition includes a repository of information. The information associates a particular patient monitoring device type for displaying a particular patient parameter with a particular text label identifying the particular patient parameter. A portable processing device includes an imaging device for acquiring image data representing an image presenting patient parameter data from the particular patient monitoring device type. An image recognition processor uses the information, for analyzing the image data to identify the particular text label identifying the particular patient parameter and a value of the particular patient parameter. An output processor communicates data representing the particular patient parameter and the value to a destination.

Abstract: Devices are provided that include a protective window integrated with a faceplate for a medical device. In embodiments, a machine-readable identifier adapted to be affixed to an interior portion of a medical device is viewable via a window of a faceplate. Accordingly, the machine-readable identifier is protected from damage during use of the medical device. And, in embodiments, the machine-readable identifier encodes medical-device identifying information to enable tracking the medical device to which it is affixed. As such, should the faceplate require repair or be changed, the machine-readable identifier remains intact and affixed to the medical device. Further embodiments include a device including a faceplate that has a visual signifier of an interiorly placed radio-frequency identifier.

Abstract: A mobile processing device system for patient monitoring data acquisition includes a repository of information. The information associates a particular patient monitoring device type for displaying a particular patient parameter with a particular text label identifying the particular patient parameter. A portable processing device includes an imaging device for acquiring image data representing an image presenting patient parameter data from the particular patient monitoring device type. An image recognition processor uses the information, for analyzing the image data to identify the particular text label identifying the particular patient parameter and a value of the particular patient parameter. An output processor communicates data representing the particular patient parameter and the value to a destination.

Abstract: Devices are provided that include a protective window integrated with a faceplate for a medical device. In embodiments, a machine-readable identifier adapted to be affixed to an interior portion of a medical device is viewable via a window of a faceplate. Accordingly, the machine-readable identifier is protected from damage during use of the medical device. And, in embodiments, the machine-readable identifier encodes medical-device identifying information to enable tracking the medical device to which it is affixed. As such, should the faceplate require repair or be changed, the machine-readable identifier remains intact and affixed to the medical device. Further embodiments include a device including a faceplate that has a visual signifier of an interiorly placed radio-frequency identifier.

Abstract: Methods, systems, and computer-readable media are provided for camera normalization. Images may be normalized after they are captured to conform to previously captured images. Images may also be preemptively adjusted (prior to capture) to conform to previously captured images.

Abstract: Devices are provided that include a protective window integrated with a faceplate for a medical device. In embodiments, a machine-readable identifier adapted to be affixed to an interior portion of a medical device is viewable via a window of a faceplate. Accordingly, the machine-readable identifier is protected from damage during use of the medical device. And, in embodiments, the machine-readable identifier encodes medical-device identifying information to enable tracking the medical device to which it is affixed. As such, should the faceplate require repair or be changed, the machine-readable identifier remains intact and affixed to the medical device. Further embodiments include a device including a faceplate that has a visual signifier of an interiorly placed radio-frequency identifier.

Abstract: Devices are provided that include a protective window integrated with a faceplate for a medical device. In embodiments, a machine-readable identifier adapted to be affixed to an interior portion of a medical device is viewable via a window of a faceplate. Accordingly, the machine-readable identifier is protected from damage during use of the medical device. And, in embodiments, the machine-readable identifier encodes medical-device identifying information to enable tracking the medical device to which it is affixed. As such, should the faceplate require repair or be changed, the machine-readable identifier remains intact and affixed to the medical device. Further embodiments include a device including a faceplate that has a visual signifier of an interiorly placed radio-frequency identifier.

Abstract: A mobile processing device system for patient monitoring data acquisition includes a repository of information. The information associates a particular patient monitoring device type for displaying a particular patient parameter with a particular text label identifying the particular patient parameter. A portable processing device includes an imaging device for acquiring image data representing an image presenting patient parameter data from the particular patient monitoring device type. An image recognition processor uses the information, for analyzing the image data to identify the particular text label identifying the particular patient parameter and a value of the particular patient parameter. An output processor communicates data representing the particular patient parameter and the value to a destination.

Abstract: A mobile processing device system for patient monitoring data acquisition includes a repository of information. The information associates a particular patient monitoring device type for displaying a particular patient parameter with a particular text label identifying the particular patient parameter. A portable processing device includes an imaging device for acquiring image data representing an image presenting patient parameter data from the particular patient monitoring device type. An image recognition processor, uses the information, for analyzing the image data to identify the particular text label identifying the particular patient parameter and a value of the particular patient parameter. An output processor communicates data representing the particular patient parameter and the value to a destination.

Abstract: Mobile or embedded devices are dynamically paired with medical applications. By displaying identifying information associated with the medical application and capturing the display with a sensing device, the identifying information may be used by a server to route sensed data from the sensing device to the medical application for the patient. Barcodes or other identifying information may be used. The mobile device may be a smart phone, allowing smart phones to be dynamically paired with the medical application as desired by the user.

Abstract: A bar code generation and processing system for medical and other use comprises at least one repository and a bar code processor. The at least one repository of information includes, identification data of multiple bar code scanners and also associates a bar code displayed in an image associated with an executable application and presented on a device with, the executable application and at least one of, (a) the device and (b) a data destination associated with the application. The bar code processor receives identification data of a bar code scanner and data representing the bar code displayed in the image and uses the information in associating the bar code with the data destination associated with the application and a particular bar code scanner of the multiple bar code scanners. The bar code processor communicates data acquired using the particular bar code scanner to the data destination in response to the association.

Abstract: Disclosed herein is a framework for facilitating privacy protection based on device presence. In accordance with one aspect, presence of a recording device is determined. A set of one or more privileges associated with the recording device may be retrieved. Based on the set of one or more privileges, the framework may control acquisition of personal health information (PHI) by the recording device, wherein the PHI is accessible via a PHI presentation device that is within a predetermined distance from the recording device.

Abstract: Disclosed herein is a framework for integrating multiple input data streams. In accordance with one aspect, multiple input data streams are acquired from one or more pervasive devices during performance of a regular task. The acquired input data may be translated into structured data. One or more determinations may then be made based on the structured data.

Abstract: A method for determining an internal anatomical image associated with a patient includes receiving, by a computer, an image of a portion of a patient surface. The computer identifies an anatomical location corresponding to the portion of the patient surface and an image orientation based on the acquired image. Next, the computer determines a three dimensional image volume dataset of internal patient anatomy below the portion of the patient surface based on the anatomical location and the image orientation. The computer derives two dimensional image data on a plane within the three dimensional image volume dataset and transmits the derived two dimensional image data to a destination.