Abstract: Methods and systems for providing audio synchronization control for game scenes of a game includes receiving audio data that is identified for defining the audio synchronization control desired for the game. The audio data is processed to identify a language spoken in the audio signal and to determine characteristics of the audio signal by extracting keywords spoken in the audio signal. A correlation between the keywords is determined and used to identify a sentiment expressed in the audio signal. A subset of the characteristics including the sentiment is provided as input parameters to a game logic. The input parameters include audio synchronization control usable by the game logic to control at least some interactions between two or more assets rendering in one or more game scenes of the game.

Abstract: Methods and systems for providing audio synchronization control for game scenes of a game include receiving audio data identified for providing the audio synchronization control and processing the audio data while the game is played by the user to identify characteristics of the audio data and an audio signal that is included with the audio data. Input parameters for the audio data is identified and one or more of the input parameters are used as audio synchronization control of at least two assets rendered in one or more game scenes. The audio synchronization control acts to control changes in movements of the assets in accordance to the input parameters.

Abstract: Methods and systems for providing audio synchronization control for game scenes of a game includes receiving audio data that is identified for defining the audio synchronization control desired for the game. The audio data is processed to identify a language spoken in the audio signal and to determine characteristics of the audio signal by extracting keywords spoken in the audio signal. A correlation between the keywords is determined and used to identify a sentiment expressed in the audio signal. A subset of the characteristics including the sentiment is provided as input parameters to a game logic. The input parameters include audio synchronization control usable by the game logic to control at least some interactions between two or more assets rendering in one or more game scenes of the game.

Abstract: A system and method for providing a customized gameplay coaching is disclosed. Historical game data from one or more users on a virtual platform is received by the system. The historical game data includes user activities associated with one or more media titles. A learning model of outcomes is generated for each user activity based on the historical game data. A customized recommendation associated with the user activity is generated based on the generated learning model. An outcome of the recommendation is tracked based on determining that the user executed the one or more steps based on the recommendation and the learning model is updated based on the outcome. The customized recommendation is updated based on the updated learning model.

Abstract: A method, including: receiving videos generated from sessions of a video game respectively associated to first client devices; for each video, determining location metadata that identifies spatial locations in a virtual environment of the video game at which gameplay depicted by the video occurs, the spatial locations defining a path of the gameplay; during a session of the video game associated to a second client device, determining a current spatial location in the virtual environment of gameplay occurring in the session; filtering the videos based on the current spatial location to identify one or more videos having paths that intersect a region proximate to the current spatial location; presenting, over the network, the identified one or more of the videos at the second client device; continuously tracking updates to the current spatial location and responsively updating the filtering of the videos based on said updates to the current spatial location.

Abstract: A method, including: receiving videos generated from sessions of a video game respectively associated to first client devices; for each video, determining location metadata that identifies spatial locations in a virtual environment of the video game at which gameplay depicted by the video occurs, the spatial locations defining a path of the gameplay; during a session of the video game associated to a second client device, determining a current spatial location in the virtual environment of gameplay occurring in the session; filtering the videos based on the current spatial location to identify one or more videos having paths that intersect a region proximate to the current spatial location; presenting, over the network, the identified one or more of the videos at the second client device; continuously tracking updates to the current spatial location and responsively updating the filtering of the videos based on said updates to the current spatial location.

Abstract: A method, including: receiving, over a network from a plurality of first client devices that execute respective sessions of a video game, videos generated from the respective sessions at the first client devices; for each video, receiving, over the network from one of the first client devices, location metadata that identifies spatial locations in a virtual environment of the video game at which gameplay depicted by the video occurs, the location metadata being correlated to video frames of the video and identifying the spatial location of the gameplay depicted by a given video frame; during a session of the video game executed by a second client device, receiving, over the network, a current spatial location in the virtual environment of gameplay occurring in the session; using the current spatial location to select one or more of the videos; presenting, over the network, the selected videos at the second client device.

Abstract: A method, including: receiving, over a network from a plurality of first client devices that execute respective sessions of a video game, videos generated from the respective sessions at the first client devices; for each video, receiving, over the network from one of the first client devices, location metadata that identifies spatial locations in a virtual environment of the video game at which gameplay depicted by the video occurs, the location metadata being correlated to video frames of the video and identifying the spatial location of the gameplay depicted by a given video frame; during a session of the video game executed by a second client device, receiving, over the network, a current spatial location in the virtual environment of gameplay occurring in the session; using the current spatial location to select one or more of the videos; presenting, over the network, the selected videos at the second client device.