Abstract: Approaches for determining scheduling assignments for the movement of people along a multi-segment path from a starting location to a destination location, are used to manage crowds, predict crowd behavior, and mitigate crowd turbulence. For example, to mitigate crowd congestion, routing solutions specifying an amount of time to spend at a destination and a departure time can be provided. Itinerary assignments, crowd data, and data associated with an event can be analyzed and weighted to determine scheduling assignments. Scheduling assignments can be validated against current crowd data and event data. Current crowd data and event data and crowd simulation can be used to predict future crowd behavior or crowd problems. Scheduling assignments can be rescheduled to mitigate crowd problems or emergencies.

Abstract: Approaches describe detecting and predicting crowd congestion in real-time for large gatherings, for example large religious mass gatherings. Approaches may utilize image and/or video data, and/or pedestrian trajectory data. The various pieces of information may be identified, extracted, and/or determined from a variety of different disaggregated sources and may be aggregated, and/or determined to generate a congestion detection score and/or score map that is indicative of the degree of crowd congestion in a geographic region and can forecast future crowd congestion in the geographic region. Approaches may be used to monitor a crowd to prevent or mitigate crowd disasters. Moreover, approaches may be used by crowd management entities to timely detect congested regions and manage the crowd efficiently.

Abstract: A user rehabilitation system and method that includes authenticating a user with authentication information input, determining a therapy identification, providing a display of a therapeutic sequence of exercises wherein the therapeutic sequence of exercises includes a plurality of primitive motions, receiving a data stream from a motion-sensing device, analyzing the data stream and comparing the data stream to corresponding therapeutic exercises to identify a mistake when a comparison result is below a first threshold, updating a mistake counter when the comparing identifies that the user failed to perform a therapeutic exercise adequately, updating an alert counter when the mistake counter is above a second threshold, sending a first alert message to a medical professional when the mistake counter is greater than a third threshold, sending a second alert message to a caregiver when the alert counter is greater than an alert threshold, and recording an evaluation result.

Abstract: A game-based method for physical rehabilitation that includes authenticating a user with authentication information input through a communication interface, identifying therapeutic movements by referencing a look-up table stored in a memory, the therapeutic movements being prescribed for the user or associated with a diagnosis of a predetermined physical condition, obtaining a user rehabilitation status stored in the memory, generating a game based on the therapeutic movements and the user status wherein the game includes controlling browsing of a map by detecting the therapeutic movements performed by the user, providing the game to the user, receiving a data stream from a motion-sensing device that monitors an actual movement of the user in correspondence to the therapeutic movements, analyzing the data stream to calculate information metrics that are associated with the correspondence of the actual movements to the therapeutic movements, and updating the user rehabilitation status based on the information

Abstract: A boundary regulation detection method and system that stores one or more dates and times and predetermined areas corresponding to an event, determines a user current location and current date and time, generates an alert in response to determining that the current date and time corresponds with the date and time, analyzes whether the user current location is not within a predetermined area and sends to authorized individuals the user location. The method based on the current date, time and user location issues appropriate alerts.

Abstract: A boundary regulation detection method and system that stores a list of events, stores one or more dates and times and predetermined areas corresponding to each event, stores one or more predetermined areas determined as a function of a particular event, determines a user current location and current date and time, generates an alert in response to determining that the current date and time corresponds with the date and time, analyzes whether the user current location is not within a predetermined area and instructs the user to enter the predetermined area if the user current location is not within the predetermined area. The method based on the current date, time and user location issues appropriate alerts.

Abstract: A context aware service generation method and system that stores a list of events, stores one or more dates and times each corresponding to an event, receives user data indicating a state of the user, determines whether a current date and time corresponds with a date and time stored in the memory, determines an event in response to determining that the current date and time corresponds with the date and time, determines a user context based on the user data, and generates a subset of services based on the user context and the event. The method uses crowd sourcing technique to generate services to the users.