舰船电子工程
艦船電子工程
함선전자공정
SHIP ELECTRONIC ENGINEERING
2015年
1期
1-4,118
,共5页
C2体系%自同步%指挥方法%动态调节
C2體繫%自同步%指揮方法%動態調節
C2체계%자동보%지휘방법%동태조절
C2 system%self-synchronous%command method%dynamic regulation
兵力系统中指挥控制（C2）体系的相对稳定性与面对任务的多样性和复杂性使两者经常处于不匹配的状态，两者之间的匹配程度决定兵力系统完成给定任务的效能，解决不匹配的矛盾是C2创新的需要。针对不匹配的根源，提出了动态C2体系概念，在建立C2体系空间与任务构成空间的基础上，设计了动态调节律，提出的思路和研究方法是构建新型C2体系的新途径，结论在C2体系设计和作战系统效能分析中都具有理论和应用意义。
兵力繫統中指揮控製（C2）體繫的相對穩定性與麵對任務的多樣性和複雜性使兩者經常處于不匹配的狀態，兩者之間的匹配程度決定兵力繫統完成給定任務的效能，解決不匹配的矛盾是C2創新的需要。針對不匹配的根源，提齣瞭動態C2體繫概唸，在建立C2體繫空間與任務構成空間的基礎上，設計瞭動態調節律，提齣的思路和研究方法是構建新型C2體繫的新途徑，結論在C2體繫設計和作戰繫統效能分析中都具有理論和應用意義。
병력계통중지휘공제（C2）체계적상대은정성여면대임무적다양성화복잡성사량자경상처우불필배적상태，량자지간적필배정도결정병력계통완성급정임무적효능，해결불필배적모순시C2창신적수요。침대불필배적근원，제출료동태C2체계개념，재건립C2체계공간여임무구성공간적기출상，설계료동태조절률，제출적사로화연구방법시구건신형C2체계적신도경，결론재C2체계설계화작전계통효능분석중도구유이론화응용의의。
Because of the relative stability of command control(C2) system in forces and the diversity ,complexity of its facing tasks both are often in the states that do not match .The matching states decide the efficacy to complete the given task for forcessystem ,it is necessary to resolve the contradiction for innovation in C2 .Aiming at reasons for non‐matching ,the concept of dynamic C2 systems is put forward ,a dynamic regulate law is designed on the basis of that C2 space and task space is constituted .The ideas and research methods develop fresh ways to build a new C2 system .The conclusion have both theoretical and apply value for C2 system design and combat system performance analysis .
