| Study on Analyzing and Correction of Dynamic Battery Alignment Error in Naval Gun Fire Control System by using Image of Boresight Telescope |
|
Eui-Jin Kim, Tae Il Suh |
| 포배열카메라 영상을 활용한 함포 사격통제시스템의 동적배열오차 분석 및 보정방법 |
|
김의진, 서태일 |
|
국방과학연구소 |
|
|
| Abstract |
|
In naval gun firing, firing accuracy comes from the combination of each component's accuracy in CFCS (Command and Fire Control System) like tracking sensors and gun. Generally, battery alignment is done to correct the error between gun and tracking sensor by using boresight telescope on harbor and sea. But normally, the battery alignment can compensate only the static alignment error and ignore dynamic alignment error which is caused by own ship movement. There was no research on this dynamic alignment error until now. We propose a new way to analyze dynamic arrangement error by using image of boresight telescope. In case of the dynamic alignment error was due to time delay of own ship attitude information, we propose the way to compensate it. |
| Key Words:
Naval Gun Fire Control System, Boresight Telescope, Command and Fire Control System, Barrel Alignment |
|
PDF Links
Full text via DOI
Download Citation
