Abstract: Creating an effective system and/or method for providing right-sized in-home care requires solving a unique logistics problem: how to optimize a fleet of disparate mobile care resources to geographically distributed and disparate patients, each with an individualized healthcare need. The integrated mobile care unit dispatching tool disclosed herein may schedule and proactively re-schedule in-home care using mobile care units. The mobile care unit dispatching tool accounts for an array of disparate mobile care resources (e.g., different specializations, or a lack of any specialization) and disparate patient needs, any or all of which may change over time, to create and maximize the value of patient schedules for treatment.

Abstract: Caching or discarding geographic data received at a client computing device may be based on a caching policy for the geographic data. A caching policy may define conditions to process the geographic data at the client device based on several factors. For example, a current position of the client device or a position of a portion of a map displayed within a viewport of the device may cause the device to cache or discard the received geographic data. The device may determine a relationship between the viewport and the received geographic data, compare the determined relationship to the caching policy and cache or discard at least a portion of the received geographic data based on the comparison.

Abstract: Caching or discarding geographic data received at a client computing device may be based on a caching policy for the geographic data. A caching policy may define conditions to process the geographic data at the client device based on several factors. For example, a current position of the client device or a position of a portion of a map displayed within a viewport of the device may cause the device to cache or discard the received geographic data. The device may determine a relationship between the viewport and the received geographic data, compare the determined relationship to the caching policy and cache or discard at least a portion of the received geographic data based on the comparison.

Abstract: Systems and methods to facilitate the submission of user images that are descriptive of a location or point of interest are provided. One example computer-implemented method includes determining a location at which a first image was captured by a mobile computing device. The method includes obtaining one or more semantic descriptors that semantically describe the location at which the first image was captured. The method includes analyzing the first image to determine one or more subjects of the first image. The method includes determining whether the one or more subjects of the first image are related to the one or more semantic descriptors that semantically describe the location. When it is determined that the one or more subjects of the first image are related to the one or more semantic descriptors that semantically describe the location, the method includes providing a user of the mobile computing device with an opportunity to associate the first image with the location.

Abstract: Caching or discarding geographic data received at a client computing device may be based on a caching policy for the geographic data. A caching policy may define conditions to process the geographic data at the client device based on several factors. For example, a current position of the client device or a position of a portion of a map displayed within a viewport of the device may cause the device to cache or discard the received geographic data. The device may determine a relationship between the viewport and the received geographic data, compare the determined relationship to the caching policy and cache or discard at least a portion of the received geographic data based on the comparison.

Abstract: Caching or discarding geographic data received at a client computing device may be based on a caching policy for the geographic data. A caching policy may define conditions to process the geographic data at the client device based on several factors. For example, a current position of the client device or a position of a portion of a map displayed within a viewport of the device may cause the device to cache or discard the received geographic data. The device may determine a relationship between the viewport and the received geographic data, compare the determined relationship to the caching policy and cache or discard at least a portion of the received geographic data based on the comparison.

Abstract: Embodiments relate to generation of timed text in web video. In an embodiment, a computer-implemented method generates timed text for online video. In the method, a request to play a timed text track of a video incorporated into a web video service is received from a client computing device. Prior to receipt of the request, audio of the video is processed to determine intermediate timed text data. The intermediate timed text data lacks a complete text transcription of the audio, but includes data to enable the complete text transcription to be generated when playing the video. In response to receipt of the request, a text transcription of the audio is determined using the intermediate data with an automated speech-to-text algorithm. Finally, the text transcription of the audio is sent to the client computing device for display along with the video.

Abstract: Embodiments relate to generation of timed text in web video. In an embodiment, a computer-implemented method generates timed text for online video. In the method, a request to play a timed text track of a video incorporated into a web video service is received from a client computing device. Prior to receipt of the request, audio of the video is processed to determine intermediate timed text data. The intermediate timed text data lacks a complete text transcription of the audio, but includes data to enable the complete text transcription to be generated when playing the video. In response to receipt of the request, a text transcription of the audio is determined using the intermediate data with an automated speech-to-text algorithm. Finally, the text transcription of the audio is sent to the client computing device for display along with the video.

Abstract: This invention relates to translating timed text in web video. In a first embodiment, a method automatically translates timed text for web video. The method includes receiving a request identifying a web video from a client. In response to the request, a timed text track for the web video is retrieved from a timed text database. Each timed text track in the timed text database specifies text to display at particular times in a video. Text from the timed text track is automatically translated to a target language. Finally, the translated text is sent to the client to display with the web video.

Abstract: This invention relates to translating timed text in web video. In a first embodiment, a method automatically translates timed text for web video. The method includes receiving a request identifying a web video from a client. In response to the request, a timed text track for the web video is retrieved from a timed text database. Each timed text track in the timed text database specifies text to display at particular times in a video. Text from the timed text track is automatically translated to a target language. Finally, the translated text is sent to the client to display with the web video.