FLYING OBJECT MONITORING SYSTEM
According to one embodiment, a flying object monitoring system comprises a reception unit which receives flight information of a flying object, a calculation unit which calculates acceleration in each flight direction of the flying object from the flight information, a representation unit which represents the calculated acceleration with an acceleration distribution image formed by plotting the calculated acceleration with respect to the flight direction, and a determination unit which determines whether the flying object is malfunctioning based on the acceleration distribution image.
1 . A flying object monitoring system comprising:
a reception unit which receives flight information of a flying object;
a calculation unit which calculates acceleration in each flight direction of the flying object from the flight information;
a representation unit which represents the calculated acceleration with an acceleration distribution image formed by plotting the calculated acceleration with respect to the flight direction; and
a determination unit which determines whether the flying object is malfunctioning based on the acceleration distribution image.
2 . The flying object monitoring system of claim 1 , further comprising a database which stores an acceleration distribution image indicating a malfunctioning flying object and an acceleration distribution image indicating a non-malfunctioning flying object.
3 . The flying object monitoring system of claim 2 , wherein the determination unit compares the formed acceleration distribution image with the acceleration distribution images stored in the database to determine whether the flying object is malfunctioning.
4 . The flying object monitoring system of claim 3 , wherein the determination unit determines that the flying object is malfunctioning if the formed acceleration distribution image is similar to the acceleration distribution image indicating a malfunctioning flying object stored in the database.
5 . The flying object monitoring system of claim 4 , further comprising a simulation unit which simulates a trajectory of the flying object based on the flight information,
wherein the determination unit determines whether the flying object is malfunctioning based on a result of simulation of the simulation unit if the formed acceleration distribution image is similar to neither of the acceleration distribution images stored in the database.
6 . The flying object monitoring system of claim 5 , wherein the determination unit causes the formed acceleration distribution image to be newly stored in the database as one of the acceleration distribution image indicating a malfunctioning flying object and the acceleration distribution image indicating a non-malfunctioning flying object in accordance with a result of determination based on the result of simulation.
7 . The flying object monitoring system of claim 1 , further comprising a display control unit which superimposes an icon indicating the flying object on the formed acceleration distribution image and displays the superimposed icon at a position on a map determined based on the flight information of the flying object.
8 . The flying object monitoring system of claim 1 , wherein the acceleration distribution image is a radar chart image formed by plotting the calculated acceleration in the flight direction.
9 . A flying object monitoring system comprising:
a reception unit which receives flight information of a flying object;
a determination unit which determines whether the flying object is malfunctioning based on the flight information; and
a display control unit, if the determination unit determines that the flying object is malfunctioning, which causes an icon indicating the flying object and character information indicating a result of determination of the determination unit by highlighting to be displayed close to a position on a map determined based on the flight information of the flying object.
10 . The flying object monitoring system of claim 9 , wherein if the flight information indicates that a flying speed of the flying object significantly decreases before the flying object arrives at a predetermined destination, the determination unit determines that communication with the flying object is interrupted.
11 . The flying object monitoring system of claim 10 , wherein if the flight information indicates that the flying object whose communication is determined as being interrupted has significantly deviated from a flight route that is scheduled in advance, the determination unit determines that the flying object is a suspicious flying object to be captured.
12 . The flying object monitoring system of claim 10 , wherein if the flight information indicates that the flying object whose communication is determined to be interrupted has entered a predetermined no-entry area, the determination unit determines that the flying object is a suspicious flying object to be captured.
13 . The flying object monitoring system of claim 9 ,
wherein the determination unit determines, based on the flight information, whether the flying object is a suspicious flying object to be captured; and
wherein the display control unit causes an icon indicating the flying object and character information indicating the suspicious flying object to be displayed close to a position on a map determined based on the flight information of the flying object.
14 . The flying object monitoring system of claim 13 , wherein if the flight information indicates that the flying object has deviated from a predetermined path, the determination unit determines that the flying object is a suspicious flying object to be captured.
15 . A flying object monitoring system comprising a determination unit which determines that a flying object that has entered a predetermined no-entry area is a suspicious flying object to be captured.