The Cooperative Engagement Capability (CEC) System produces a synergy between the sensors and shooters that are used on various platforms by integrating them. Even the US Navy has been recently adopting the CEC system that maximizes the effectiveness of the air defense operations by efficiently coordinating the dispersed air defense assets. The Navy of other countries are conducting research studies on the theory and application methods for the CEC system. The ROK Navy has limited air defense capabilities due to its independent weapons systems on battle ships. Therefore, the ROK Navy is currently going through a phase where research on proving the validity of building the CEC system because it will provide a way to overcome the limit of the platform based air defense capability. In this study, our goal is to propose methods that maximize the air defense capability of ROK Navy, identify the available assets for constructing the CEC system, and estimate effects of the CEC system when it is applied to the naval operations. In addition, we will provide a simple model that was developed to estimate these effects and a case study with virtual data to demonstrate the effects of the system when it is applied to the naval operations. The research result of this study will provide a way for building the basis of the Korean CEC system.

1. 서 론
 2. 협동교전능력(CEC) 개념 및 구축사례
  2.1 CEC 기본개념
  2.2 CEC 구성개념
  2.3 CEC 구축 사례
 3. 한국군 협동교전능력(CEC) 체계 적용모델
  3.1 한국군 CEC 체계 구성방안
  3.2 CEC 체계 적용효과 모델
 4. 해상작전에 협동교전능력(CEC) 체계 적용 효과 분석 사례연구
  4.1 효과분석 절차
  4.2 모의 시나리오
  4.3 가정 및 고려사항
  4.4 시뮬레이션 결과 및 분석
 5. 결 론
 References

• Yong-Tae Jung(Department of Industrial and Management Engineering, Hannam University) | 정용태
• Bong Joo Jeong(Department of Industrial and Management Engineering, Hannam University) | 정봉주
• Bong-Wan Choi(Department of Industrial and Management Engineering, Hannam University) | 최봉완
• Dong-Soon Yim(Department of Industrial and Management Engineering, Hannam University) | 임동순 Corresponding Author