Method and system to generate one or more multi-dimensional videos

A method, comprising:

• receiving, by circuitry in a server, a plurality of video feeds from a plurality of image-capturing devices, wherein said plurality of image-capturing devices captures a specific area;
• receiving, by said circuitry, sensor data from a plurality of sensors associated with at least one subject in said specific area;
• storing, by said circuitry, statistical data of historical performance of said at least one subject;
• predicting, by said circuitry, a location-of-occurrence of an upcoming activity-of-interest in a sports event in said specific area, based on said received plurality of video feeds, said received sensor data, and said stored statistical data of said historical performance of said at least one subject, wherein
• said predicted location-of-occurrence corresponds to a specific location of occurrence of said upcoming activity-of-interest in said specific area, and
• said stored statistical data comprises an action heat-map of said at least one subject in a plurality of previously held sports events;
• communicating, by said circuitry, at least one control instruction to at least two image-capturing devices of said plurality of image-capturing devices;
• controlling, by said circuitry, based on said at least one control instruction, said at least two image-capturing devices to focus towards said predicted location-of-occurrence;
• generating, by said circuitry, based on said control of said at least two image-capturing devices, a normal view, a slow-motion view, an augmented-reality view, and a four-dimensional (4D) view of said upcoming activity-of-interest;
• communicating, by said circuitry, each of said normal view, said slow-motion view, said augmented-reality view, and said 4D view to a broadcast controller terminal;
• and
• controlling, by said circuitry, display of an interface on said broadcast controller terminal to concurrently display said normal view, said slow-motion view, said augmented-reality view, and said 4D view, wherein
• said interface includes a first region, a second region, a third region, and a fourth region,
• said normal view is displayed on said first region,
• said slow-motion view is displayed on said second region,
• said augmented-reality view is displayed on said third region, and
• said 4D view is displayed on said fourth region.