Abstract: A medical device for a patient. The medical device includes a memory system configured to store available applications. A computing system is configured to execute the available applications stored in the memory system, where each of the available applications corresponds to a function performed via the medical device. An applications management module is executable by the computing system to add an additional application to the available applications stored in the memory system, where subsequent execution of the additional application by the computing system causes the medical device to perform the function corresponding thereto. A display device is configured to display the available applications stored in the memory system that are available for execution.

Abstract: A medical device for a patient including a computing system configured to generate time series data for the patient. A display device is configured to display the time series data generated by the computing system. An annotation module is executable by the computing system and configured to receive an annotation input. The annotation input includes an event time, where the annotation module is configured to time-associate the event time with the time series data and to display a time-based annotation at the event time along with the time series data. The annotation input is provided as at least one of a user input and an automated trigger. A memory system is configured to store the time series data generated by the computing system and the time-based annotation for subsequent display on the display device.

Abstract: A method for presenting cardiac information originating from multiple leads connected to a patient. The method includes receiving the cardiac information collected via the multiple leads and detecting segment within the cardiac information. The method further includes creating a radar chart divided into sectors and plotting data points on the radar chart that correspond to the cardiac information for first and second sets of leads within the multiple leads, where the data points corresponding to the first set of leads are shown differently than the data points corresponding to the second set of leads so as to be visually distinguishable from each other.

Abstract: Provided in the present application is a method of acquiring physiological parameters of a plurality of objects, including: generating an information interface about the plurality of objects, the information interface including a personal information tag of each of the plurality of objects; automatically generating a physiological parameter acquisition interface in response to selection of the personal information tag of a current object; and acquiring and evaluating physiological parameters of the current object, and automatically determining a physiological parameter acquisition frequency of the current object on the basis of an evaluation result. Further provided in the present application are a monitor and a non-transitory computer-readable medium.

Abstract: A computer is provided that includes a lid having a display and a motion detector to detect motion or movement of a user.

Abstract: A computer is provided that includes a lid having a display and a motion detector to detect motion or movement of a user.