摘要:
A method for dynamically re-calculating and presenting a graphical user interface (GUI) that includes interface icons based on user context, includes, for a current user, determining a change in user context associated with the GUI. The method then modifies one of a state, appearance and spatial placement of the user interface icons within the GUI automatically, in accordance with a determined change in user context. The step of determining a change in user context may further include analyzing a set of contextual attributes associated with the user. For that matter, the step of determining is preferably automatically triggered by at least one factor from a group of factors, the group of factors including a) a creation date of a data item associated with the current user, b) a modification date of a data item associated with the current user, c) a last-accessed date of a data item associated with the current user, d) a type of a data item associated with the current user, e) a location of a data item associated with the current user, f) a category of a data item's content, the data item associated with the current user, g) a size of a data item, the data item associated with the current user, h) a source of a data item associated with the current user and i) a completeness of a data item associated with the current user.
摘要:
This invention provides a method for dynamically calculating and presenting a graphical user interface (GUI) within the display device in a computing system including a display device and an input device. The method includes creating a shared icon space within the GUI, automatically populating the shared icon space with GUI icons including stacking and clustering the GUI icons in the shared icon space based on current context, and potential user needs in view of the current user context and modifying the shared icon space in response to a detected change in current context.
摘要:
A method and system for in-context assembly of user interactive actionable insights and modalities in a plurality of multi-modal stages is provided. The method and system include tracking a virtual event in a first stage and also tracking a physical event corresponding to the virtual event in the first stage. The method also includes determining if the tracked virtual event and the physical event are internal or external to the first stage and altering content upon determining the tracked virtual event and the physical event are internal to the first stage. The method and system include returning at least one stage of the multi-modal stages to a quiescent state after a predetermined time correlated to quiescent user activity.
摘要:
A method and system for multi-modal fusion of physical and virtual information channels is provided. The method and system include a virtual information channel and physical information channel. The method and system also provide for tracking virtual events and physical events corresponding to the virtual event and altering delivery of virtual space content via the virtual information channel upon determining the tracked at least one virtual event meets predetermined criteria.
摘要:
A method and system for multi-modal fusion of physical and virtual information channels include a virtual information channel and physical information channel and also provide for tracking virtual events and physical events corresponding to the virtual event and altering delivery of virtual space content via the virtual information channel upon determining the tracked at least one virtual event meets predetermined criteria. These also provide for dynamic adaptability of content and corresponding channels via information sprite clusters presented to a user as well as providing a virtual display and populating each of a plurality of sprites with information content correlated to the user; and presenting on the virtual display at least one information sprite cluster containing a plurality of information sprites. The cluster is presented and rotated on the virtual display to improve user accessibility of the plurality of sprites according to derived, and or detected, user personalization factors.
摘要:
Current patients in an emergency department of a hospital are described according to their quantity, their triage classification levels, and their wait times to calculate a current patient backlog. A sum of weight-adjusted triage classification levels of all of the current patients is calculated. Current patient arrival rates in the emergency department are tracked to calculate a current change in patient arrival rates, which are compared with historical changes in patient arrival rates. A size of an imminent influx of arriving patients into the emergency department is then predicted based on the current patient backlog, the sum of weight-adjusted triage classification levels of patients currently in the emergency department, and the current change in patient arrival rates.
摘要:
An initial triage level classification for a latest patient to arrive at an emergency department (ED) is received. Availability levels of resources needed to treat the latest patient are electronically collected, along with triage level classifications for all other patients currently in the ED. The initial triage level classification of the latest patient is adjusted upward or downward based on the availability levels of resources needed to treat the latest patient and based on the triage level classifications for the patients in the ED. The triage level classifications for all patients currently in the ED are summed up. If a sum of all triage level classifications exceeds a first predetermined threshold, other resources are reallocated in order to provide the resources needed to treat the latest patient to arrive at the ED. If the sum of all triage level classifications exceeds a second predetermined threshold, then a disaster plan is implemented.