Abstract: Provided is a distributed personal alarm system (10), which comprises a monitoring arrangement (12) and a plurality of mobile monitors (24). The monitoring arrangement (12) comprises a user database (14), a receiver (16) configured to receive a distress signal via a communications network (200), and a dispatcher (18) configured to dispatch emergency assistance (30) upon receipt of a distress signal. The alarm system (10) generally includes at least one mobile monitor (24) pre-associated with a user profile (26) stored in the user database (14). The monitor (24) is further configured to generate and transmit the distress signal via the communications network (200), wherein the signal is indicative of the user profile (26) and a geospatial position (28) of the mobile monitor (24).

Abstract: A write operation storing data in a first storage device is duplicated to a first replication file. A set of differences between a first version of the first replication file determined at a first time and a second version of the first replication file determined at a second time is determined, the set of differences comprising a set of results of duplicated write operations occurring between the first time and the second time. At a second file system, storage of the set of differences in a second storage device is caused, creating a duplicate in the second storage device of the data stored in the first storage device.

Abstract: Provided is a distributed personal alarm system (10), which comprises a monitoring arrangement (12) and a plurality of mobile monitors (24). The monitoring arrangement (12) comprises a user database (14), a receiver (16) configured to receive a distress signal via a communications network (200), and a dispatcher (18) configured to dispatch emergency assistance (30) upon receipt of a distress signal. The alarm system (10) generally includes at least one mobile monitor (24) pre-associated with a user profile (26) stored in the user database (14). The monitor (24) is further configured to generate and transmit the distress signal via the communications network (200), wherein the signal is indicative of the user profile (26) and a geospatial position (28) of the mobile monitor (24).

Abstract: Described herein is system and method for enabling real-time alerts and notifications for clinical procedures. In one embodiment, a notification system is created based on a pre-existing template. The user interface receives alerts and notifications from the system, and may in turn, initiate notifications and alerts to other users with different devices. Individual medical practices can create custom templates in the system to meet their specific requirements. Multiple methods of alerting are supported and multiple user devices are supported such as mobile devices, motion sensing devices, optical head-mounted displays, etc.

Abstract: Described herein is system and method for enabling a real-time clinical procedure timeline. In one embodiment, a patient timeline is created based on a pre-existing template. The user interface displays the steps for an admitted patient with a given diagnosis, tracks the time for completion of each step, and allows users to add notes, attach documents, and build reports. Individual medical practices can create custom templates in the system to meet their specific requirements. Multiple methods of accessing and using the system are supported such as mobile devices, motion sensing devices, optical head-mounted displays, etc.