Methods, systems, and user interface navigation of video content based spatiotemporal pattern recognition

A method of navigating video content, comprising:

• generating a time-aligned video feed of an event and forming a set of frame-synchronized video segments or video feeds for the event;
• identifying related content of the event from the set of frame-synchronized video segments or frame-synchronized video feeds;
• and
• detecting a swiping or tapping gesture of a user interface of a client device;
• and
• navigating a display of the set of (related) frame-synchronized video segments or frame-synchronized video feeds in response to the detected gesture;
• wherein in response to detecting a swiping gesture, the navigating switching the display between different frame-synchronized video streams of the same event from different camera angles, or different augmented versions of the video streams.

A method of navigating video content, comprising:

• generating a time-aligned video feed of an event and forming a set of frame-synchronized video segments or frame-synchronized video feeds for the event;
• identifying related content of the event from the set of frame-synchronized video segments or frame-synchronized video feeds;
• detecting a swiping or tapping gesture of a user interface of a client device;
• navigating a display of the set of frame-synchronized video segments or frame-synchronized video feeds in response to the detected swiping or tapping gesture;
• and
• generating tracking information and a spatial and temporal index for time-aligning the video feeds.

A computer implemented method, comprising:

• forming a set of frame-synchronized video segments or frame-synchronized video feeds for related content associated with an event using tracking information and a trained machine learning apparatus to perform spatial and temporal synchronization;
• detecting a swiping or tapping gesture of a user interface of a client device;
• and navigating a display of the related content in response to the detected swiping or tapping gesture;
• and
• wherein in response to detecting a swiping gesture, the navigating switching between different frame-synchronized streams of the same event from at least two different camera angles, or at least two different augmented versions of the video streams.

A computer implemented method, comprising:

• forming a set of frame-synchronized video segments or frame-synchronized video feeds for related content associated with an event using tracking information and a trained machine learning apparatus to perform spatial and temporal synchronization;
• detecting a swiping or tapping gesture of a user interface of a client device;
• navigating a display of the related content in response to the detected swiping or tapping gesture;
• receiving a tracking camera video feed comprising a plurality of tracking video frames being captured by a tracking camera having a position that is calibrated to a frame of reference;
• tracking one or more respective pixel locations of an object detected in one or more respective broadcast video frames of a broadcast video feed;
• tracking one or more respective spatial locations of the object based on one or more respective tracking video frames where the object is detected in the tracking camera video feed;
• time-aligning the broadcast video feed with the tracking video feed based on the one or more respective pixel locations and the one or more respective spatial locations;
• and
• generating a spatio-temporal index (corresponding to the filmed occurrence) based on the time-alignment of the broadcast video feed with the tracking video feed,
• wherein the spatio-temporal index indexes spatio-temporal information relating to objects detected in the broadcast video feed and/or the tracking video feed.

A system, comprising:

• a media system having a tracking system and a trained machine learning system trained to receive a video feed and generate a time-aligned video feed of an event, form a set of frame- synchronized video segments or frame-synchronized video feeds for the event, and organize related content of the event from the set of frame-synchronized video segments or frame-synchronized video feeds;
• the media system including a gesture detection module to detect a swiping or tapping gesture of a user interface of a client device and in response navigate a display of the set of (related) frame-synchronized video segments or video feeds in response to the detected gesture;
• and
• wherein in response to a vertical swipe gesture, the response to navigate the display includes toggling between at least two different video camera angles of the same video clip.

A system, comprising:

• a media system having a tracking system and a trained machine learning system trained to receive a video feed and generate a time-aligned video feed of an event, form a set of frame- synchronized video segments or frame-synchronized video feeds
• for the event, and organize related content of the event from the set of frame-synchronized video segments or frame-synchronized video feeds;
• the media system including a gesture detection module to detect a swiping or tapping
• gesture of a user interface of a client device and in response navigate a display of the set of (related) frame-synchronized video segments or frame-synchronized video feeds in response to the detected swiping or tapping gesture;
• and wherein in response to detecting a swiping gesture, the navigating including switching
• between different frame-synchronized streams of the same event from at least two different camera angles, or at least two different augmented versions of the video streams.