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A system and method for providing information for performing a registration correction for artillery employs two spaced apart optical imaging systems associated with a processing system. Outputs from the two imaging systems are monitored to detect potential shell trajectory events and then correlate

A system and method for providing information for performing a registration correction for artillery employs two spaced apart optical imaging systems associated with a processing system. Outputs from the two imaging systems are monitored to detect potential shell trajectory events and then correlated to eliminate potential shell trajectory events not viewed by both optical imaging systems. Locations are determined for potential shell trajectory events viewed by both optical imaging systems. Shell firing data relating to firing of at least one shell is provided to determine at least one predicted trajectory time point for the shell, and this is used to identify a corresponding detected shell trajectory event. The time and location of the detected shell trajectory event can then be used in determining a registration correction for the artillery

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1. A shell monitoring system for providing information for performing a registration correction for artillery, the system comprising: (a) a first optical imaging system deployed at a first location;(b) a second optical imaging system deployed at a second location, spaced apart from said first locati

1. A shell monitoring system for providing information for performing a registration correction for artillery, the system comprising: (a) a first optical imaging system deployed at a first location;(b) a second optical imaging system deployed at a second location, spaced apart from said first location; and(c) a processing system in data communication with said first and second optical imaging systems, said processing system being configured to: (i) monitor outputs from said first and second imaging systems to detect potential shell trajectory events viewed by said imaging systems;(ii) correlate said potential shell trajectory events to eliminate potential shell trajectory events not viewed by both of said optical imaging systems and to determine locations for potential shell trajectory events viewed by both of said optical imaging systems;(iii) receive shell firing data relating to firing of at least one shell, said shell firing data being sufficient to determine at least one predicted trajectory time point for the shell;(iv) identify one of said potential shell trajectory events as a detected shell trajectory event corresponding to the predicted trajectory time point; and(v) retrieve the time and location of said detected shell trajectory event for use in determining a registration correction for the artillery. 2. The system of claim 1, wherein said processing system is configured to monitor outputs from said first and second imaging systems to detect potential shell trajectory events corresponding to airborne explosion of an artillery shell. 3. The system of claim 2, wherein said processing system is further configured, after detecting of a potential shell trajectory event, to process a number of frames from said first and second imaging systems sampled immediately prior to said potential shell trajectory event to identify additional potential shell trajectory events corresponding to locations along a trajectory of the shell prior to said airborne explosion. 4. The system of claim 1, wherein said processing system is configured to monitor outputs from said first and second imaging systems to detect potential shell trajectory events corresponding to the flight of a base-bleed shell. 5. The system of claim 1, wherein said first and second optical imaging systems are staring infrared imaging sensors. 6. The system of claim 1, wherein said processing system is configured to receive said shell firing data from each of a plurality of artillery batteries, and to retrieve the time and location of said detected shell trajectory event for use in determining a registration correction for each of said artillery batteries. 7. The system of claim 1, wherein said first optical imaging system is mounted on a region of a first artillery piece and said second optical imaging system is mounted on a region of a second artillery piece. 8. A method for providing information for performing a registration correction for artillery, the method comprising the steps of; (a) providing a shell monitoring system comprising: (i) a first optical imaging system deployed at a first location, and(ii) a second optical imaging system deployed at a second location, spaced apart from said first location;(b) monitoring outputs from said first and second imaging systems to detect potential shell trajectory events viewed by said imaging systems;(c) correlating said potential shell trajectory events to eliminate potential shell trajectory events not viewed by both of said optical imaging systems and to determine locations for potential shell trajectory events viewed by both of said optical imaging systems;(d) receiving shell firing data relating to firing of at least one shell, said shell firing data being sufficient to determine at least one predicted trajectory time point for the shell;(e) identifying one of said potential shell trajectory events as a detected shell trajectory event corresponding to the predicted trajectory time point; and(f) retrieving the time and location of said detected shell trajectory event for use in determining a registration correction for the artillery. 9. The method of claim 8, wherein said monitoring is performed so as to detect potential shell trajectory events corresponding to airborne explosion of an artillery shell. 10. The method of claim 9, further comprising, after detecting of a potential shell trajectory event, processing a number of frames from said first and second imaging systems sampled immediately prior to said potential shell trajectory event to identify additional potential shell trajectory events corresponding to locations along a trajectory of the shell prior to said airborne explosion. 11. The method of claim 8, wherein said monitoring is performed so as to detect potential shell trajectory events corresponding to the flight of a base-bleed shell. 12. The method of claim 8, wherein said first and second optical imaging systems are staring infrared imaging sensors. 13. The method of claim 8, wherein said shell firing data is received from each of a plurality of artillery batteries, and wherein the time and location of said detected shell trajectory event is retrieved for use in determining a registration correction for each of said artillery batteries. 14. The method of claim 8, wherein said first optical imaging system is mounted on a region of a first artillery piece and said second optical imaging system is mounted on a region of a second artillery piece. 15. A method for performing registration of an artillery piece, the method comprising the steps of: (a) providing a communication link to a shell monitoring system including an array of spaced apart optical imaging systems, the shell monitoring system being configured to detect and generate a database of potential shell trajectory events, each shell trajectory event having a location and time;(b) firing a shell;(c) sending a request to the shell monitoring system via the communication link, said request including shell firing data sufficient to determine at least one predicted trajectory time point;(d) receiving from the shell monitoring system information derived at least in part from the location and time of an entry in the database of potential shell trajectory events corresponding to said predicted trajectory time point; and(e) performing a registration correction based at least in part on said information. 16. The method of claim 15, wherein said firing a shell is performed such that the shell explodes in the air. 17. The method of claim 16, further comprising firing a sequence of shells in such a manner that they explode at different points along a current trajectory, thereby allowing determination of tine trajectory. 18. The method of claim 15, wherein said firing a shell is performed with a base-bleed shell. 19. The method of claim 15, wherein said steps of firing a shell and sending a request are performed during firing of multiple artillery pieces towards a common target. 20. The method of claim 15, wherein said steps of firing a shell and sending a request are performed during a sequence of shells fired to effect damage to a target. 21. The method of claim 15, wherein said steps of firing a shell and sending a request are repeated for shells fired towards at least two spaced apart target regions, thereby allowing determination of a registration correction for each of said target regions.