Examples of the present disclosure describe an enhanced content sharing platform. In aspects, the enhanced content sharing platform provides an interface enabling users to search for and navigate content. The interface may comprise various interface elements for searching, navigating, and/or interacting with content accessible to the enhanced content sharing platform. At least one of the interface elements may be a mode selection interface element. The mode selection interface element may be configured to select and toggle between various content domains available to the enhanced content sharing platform. Each content domain may be associated with a corresponding set of interface elements, and may meaningfully limit content search results to the content domain in which the content was searched. Additionally, new and/or subsequent content searches may be executed in the current selected content domain without requiring a manual (re)selection of that content domain.

Examples of the present disclosure describe an enhanced content sharing platform. In aspects, the enhanced content sharing platform provides an interface enabling users to search for and navigate content. The interface may comprise various interface elements for searching, navigating, and/or interacting with content accessible to the enhanced content sharing platform. At least one of the interface elements may be a mode selection interface element. The mode selection interface element may be configured to select and toggle between various content domains available to the enhanced content sharing platform. Each content domain may be associated with a corresponding set of interface elements, and may meaningfully limit content search results to the content domain in which the content was searched. Additionally, new and/or subsequent content searches may be executed in the current selected content domain without requiring a manual (re)selection of that content domain.

The system comprises a first data processing system, a second data processing system, and a server. The system further includes four screens. The first and third screen comprises a video stream and an audio stream. The second and fourth screen comprises a video stream displaying visual contents of a first document that is to be digitally signed by the first and second user. The first and second data processing systems are configured to receive a first and second unique signature from the first and second user, respectively, and add it to the first document. The server is configured to coordinate communication between the first and second data processing systems, record the visual contents of the first screen, the second screen, the third screen and the fourth screen, and store the recording.

The system comprises a first data processing system, a second data processing system, and a server. The system further includes four screens. The first and third screen comprises a video stream and an audio stream. The second and fourth screen comprises a video stream displaying visual contents of a first document that is to be digitally signed by the first and second user. The first and second data processing systems are configured to receive a first and second unique signature from the first and second user, respectively, and add it to the first document. The server is configured to coordinate communication between the first and second data processing systems, record the visual contents of the first screen, the second screen, the third screen and the fourth screen, and store the recording.

Some embodiments of the present inventive concept provide for improved telepresence and other virtual sessions dynamic scaling and/or assignment of computing resources. An XR telepresence platform can allow for immersive multi-user video conferencing from within a web browser or other medium. The platform can support spatial audio and/or user video. The platform can scale to hundreds or thousands of users concurrently in a single or multiple virtual environments. Disclosed herein are resource allocation techniques for dynamically allocating client connections across multiple servers.

Correcting engagement of a user in a video conference includes: receiving video data of a user of a participant device of a video conference; determining that one or more visual characteristics of the video data satisfy one or more criteria; and displaying, by the participant device, a visual overlay in response to the one or more criteria being satisfied.

Methods, apparatus, systems and articles of manufacture are disclosed to reduce false crediting from delayed reference sites. An apparatus includes memory, computer readable instructions, and a processor to execute instructions to generate a list of first media resources mapped to durations of time, the first media resources having corresponding monitored timestamps, the first media resources to represent monitored media exposure, generate a mapping of the durations of time to percentages of total media exposure, the total media exposure corresponds to a sum of the durations of time, determine, based on the mapping, a group of the first media resources that correspond to a threshold percentage of the total media exposure, and determine whether to execute a media crediting process based on whether the group of the first media resources have first timestamps corresponding second timestamps of second media resources stored in memory, the second media resources represent reference media sources.

There is provided a remote conference system that remotely implements a conference using a plurality of operating devices respectively operated by a plurality of participants, and the remote conference system includes a hardware processor that: outputs a first image shared by the plurality of participants to cause the first image to be displayed on each of the plurality of operating devices; determines an output destination on a basis of a state of a requesting device operated by a requester among the plurality of operating devices; and outputs a second image different from the first image to cause the second image to be output from the output destination determined by the hardware processor in a state in which the first image is displayed on the requesting device.

There is provided a remote conference system that remotely implements a conference using a plurality of operating devices respectively operated by a plurality of participants, and the remote conference system includes a hardware processor that: outputs a first image shared by the plurality of participants to cause the first image to be displayed on each of the plurality of operating devices; determines an output destination on a basis of a state of a requesting device operated by a requester among the plurality of operating devices; and outputs a second image different from the first image to cause the second image to be output from the output destination determined by the hardware processor in a state in which the first image is displayed on the requesting device.

A system is provided for generating a live media segment asset. A first programming schedule that references one or more pre-encoded media assets and/or one or more live input streams is published. A request that comprises one or more identifiers is received. Based on the one or more identifiers in the received request, manifest data and indexed metadata associated with one or more media segments from at least an indexed media content is inserted to a live media segment asset manifest. The indexed media content comprises the one or more pre-encoded media assets and/or one or more live input streams. Accordingly, based on the insertion of the manifest data and indexed metadata associated with the one or more media segments stream from at least the indexed media content referenced in the first programming schedule, and one or more context parameters, the live media segment asset is generated.