Abstract: The technology disclosed herein enables automatic generation of an image having an attribute using a subject image as a basis for the generated image. In a particular embodiment, a method includes executing a generator and a discriminator. Until a criterion is satisfied, the method includes iteratively performing steps a-c. In step a, the method includes providing an input vector and an attribute to the generator. The generator outputs a generated image. In step b, the method includes providing the generated image to the discriminator. The discriminator outputs feedback that indicates differences between the generated image and a subject image. In step c, the method includes determining whether the differences satisfy the criterion. When the differences do not satisfy the criterion, the input vector comprises the feedback in the next iteration of steps a-c. When the differences satisfy the criterion, the method includes associating the generated image with the attribute.

Abstract: Systems and methods of providing data to users during a communication session are disclosed. Systems and methods of the present disclosure include receiving text, audio, image, video, and/or other data from one or more user devices participating in a communication session, identifying a topic of discussion based on the received data, determining one or more data sources to search based on the identified topic, performing a data search based on the identified topic, generating a results message, and displaying the results message to user devices participating in the communication session.

Abstract: Systems and methods of providing data to users during or after audio and/or text communication sessions are disclosed. Systems and methods of the present disclosure include receiving text, audio, and/or other data from one or more past or currently occurring communication sessions, receiving a text and/or audio request for information from a user relating to a past or a currently occurring communication session, identifying an answer to the request in the text, audio, and/or other data from the communication session; and presenting the answer to the user in a user-friendly manner via a user interface. Systems and methods include providing answers to queries relating to meetings and/or communication sessions occurring in a series such as recurring meetings.

Abstract: Meetings conducted over a network are commonplace. It is also commonplace that the participants of a meeting cannot resolve an issue that could be resolved by a non-attending party. Accordingly, systems and methods are provided wherein an unresolvable issue (for the attendees of a meeting) may be resolved by an absent participant. A message generated comprising a summary of the issue and automatically sent to the absent participant. A reply is then presented to the meeting, which may be an answer or other information or action, or the absent participant may elect to join the meeting and interact with the others in the meeting.

Abstract: Systems and methods are provided to enable a participant who is unable to attend all or a portion of an electronic conference to receive a machine-generated summary of the portion of the electronic conference that were missed, such as due to an intermittent network issue, and/or portions of interest when a participant is unable to attend the electronic conference while it is occurring. For example, an artificial intelligence (AI) agent, such as a neural network, may determine when a subscribed subject is being discussed and generate a summary for presentation to an absent participant. Similarly, an intermittent participant may be provided with a text and/or audio summary of the content missed during a connection drop and allow the participant to quickly catch up on the conference content missed and rejoin the electronic conference.

Abstract: The technology disclosed herein enables user participation in a communication session using prerecorded messages. In a particular embodiment, a method includes determining a first context of a first prerecorded message from a user. The method further includes joining a communication session as an endpoint to the communication session facilitated by a communication session system and receiving user communications for the communication session from the communication session system. The method also includes determining a session context of the user communications and, after determining that the first context corresponds to the session context, identifying a first insertion point. The method includes sending the first prerecorded message in real time to the communication session system in the user communications at the first insertion point.

Abstract: The technology disclosed herein enables user participation in a communication session using prerecorded messages. In a particular embodiment, a method includes determining a first context of a first prerecorded message from a user. In real-time during a communication session that exchanges user communications between a plurality of participants, the method includes determining a session context of the user communications and determining that the first context corresponds to the session context preceding a first insertion point in the user communications. The method further includes inserting the first prerecorded message into the user communications at the first insertion point.

Abstract: The technology disclosed herein enables user participation in a communication session using prerecorded messages. In a particular embodiment, a method includes determining a first context of a first prerecorded message from a user. In real-time during a communication session that exchanges user communications between a plurality of participants, the method includes determining a session context of the user communications and determining that the first context corresponds to the session context preceding a first insertion point in the user communications. The method further includes inserting the first prerecorded message into the user communications at the first insertion point.