System and method for providing scene information toggled between virtual and real-world scene information

A method for providing scene related information from a scene including at least one real carrier platform, to a user at a remote station, the method comprising:

• acquiring scene information for generating real-world data descriptive of at least one real-world object of the scene;
• generating, at the remote station, a synthetic scene representation;
• displaying, at the remote station, the synthetic scene representation, wherein the synthetic scene representation comprises one or more synthetic data objects that are descriptive of one or more respective real-world objects located in the scene;
• receiving, at the remote station, by the user, a designation of at least one region-of-interest (ROD) of the synthetic scene representation;
• performing classification of the one or more data objects located in the ROI;
• and
• determining, based on the classification, whether to display in the ROI a live video feed of the one or more respective real-world objects;
• and
• adaptively modifying a display of at least one synthetic data object that has transitioned from outside the ROI into the ROI, to a live video feed of at least one corresponding real-world object.

A system for providing scene related information from a scene including at least one real carrier platform, to a user at a remote station, the system comprising:

• at least one sensor configured to acquire scene information for generating real-world data descriptive of at least one real-world object of the scene;
• at least one memory configured to store data and program code instructions;
• and
• at least one processor configured to execute program code instructions stored in the memory for enabling performing the following steps:
• acquiring scene information for generating real-world data descriptive of at least one real-world object of the scene;
• generating, at the remote station, a synthetic scene representation;
• displaying, at the remote station, the synthetic scene representation, wherein the synthetic scene representation comprises one or more synthetic data objects that are descriptive of one or more respective real-world objects located therein;
• receiving, at the remote station, a designation of at least one region-of-interest (ROI) of the synthetic scene representation;
• performing classification of the one or more synthetic data objects located in the ROI;
• associating, based on the classification, a priority level value (PLV) with the one or more synthetic data objects of the ROI;
• and
• if a PLV associated with at least one synthetic data object of the ROI exceeds a low threshold value:
• transmitting corresponding real-world data from the sensor to the remote station;
• and
• displaying, in the ROI, a live video feed of the at least one real-world object represented by the at least one synthetic data object.