Training methods and systems
An airborne device, a hybrid trainer and methods are provided, The method includes providing, by an airborne gateway, data representative of at least one virtual entity; sensing, by an airborne sensor, signals representative of at least one real entity; and generating, by an airborne component, data representative of a virtual entity and of a real entity.
1 . A method, comprising: receiving, by an airborne gateway, data representative of at least one virtual entity; sensing, by an airborne sensor, signals representative of at least one real entity; and generating, by an airborne component, data representative of a virtual entity and of a real entity.
2 . The method according to claim 1 further comprising displaying to an airborne user information representative of the virtual entity and of the real entity.
3 . The method according to claim 2 wherein the displaying comprises distinguishing between the virtual entity and the real entity.
4 . The method according to claim 2 wherein the displaying without distinguishing between the real entity and the virtual entity.
5 . The method according to claim 1 further comprising filtering the data representative of at least one virtual entity.
6 . The method according to claim 5 wherein the filtering is responsive to a class of the virtual entity and to a relationship between a virtual location of the virtual entity and a coverage area of the airborne sensor.
7 . The method according to claim 1 further comprising transmitting to the airborne sensor, by an airborne transmitter, radiation signals representative of the virtual entity.
8 . The method according to claim 1 wherein further comprising sending to the airborne sensor data that emulates a detection of the virtual entity by the airborne sensor.
9 . A method, comprising:
transmitting, by a trainer, over a data link, towards multiple airborne vehicles, data representative of multiple virtual entities; receiving, over the data link, information relating to a airborne vehicle operations; evaluating a state of the multiple airborne vehicles and the virtual entities in response to the received data.
10 . The method according to claim 9 further comprising updating data representative of multiple virtual entities and transmitting updated data representative of multiple virtual entities to the multiple airborne vehicles.
11 . An airborne device comprising:
an airborne gateway, adapted to receive data representative of at least one virtual entity; an airborne sensor, adapted to sense signals representative of at least one real entity; wherein the airborne device is adapted to generate data representative of a virtual entity and of a real entity.
12 . The airborne device according to claim 11 wherein the airborne device is adapted to display the real entity and the virtual entity at substantially the same manner.
13 . The airborne device according to claim 11 further adapted to filter the data representative of at least one virtual entity.
14 . The airborne device according to claim 13 wherein the airborne device is adapted to filter the data in response to a class of the virtual entity and to a relationship between a virtual location of the virtual entity and a coverage area of the airborne sensor.
15 . The airborne device according to claim 12 further comprising an airborne transmitter adapted to transmit to the airborne sensor radiation signals representative of the virtual entity.
16 . The airborne device according to claim 14 further adapted to send to the airborne sensor data that emulates a detection of the virtual entity by the airborne sensor.
17 . The airborne device according to claim 14 wherein the airborne device comprises a mission computer that is adapted to generate data representative of a virtual entity and of a real entity.
18 . The airborne device according to claim 14 further comprising an airborne transmitter, that is adapted to transmit data representative of the virtual entity from an airborne vehicle that comprises the airborne device to another airborne vehicle.
19 . The airborne device according to claim 14 further adapted to emulate an activation of an airborne system capable of affecting real objects and capable of virtually affecting virtual objects.