本文提出一個問題解的架構一廣播通訊合作架構，即利用廣播通訊方法使分散式的多元處 理系統中的每個處理節點能相互協調，分工合作，共同推理出最滿足的問題解。廣播通訊 合作架構具有合作性、協調性、漸增性、交換性、並行性和多元性之特性。廣播通訊合作架構由兩層的控制系統所組成：區域控制及介控制。區域計畫執行區域控制 ，利用目標及條件的衝突推理法則求得區域性最佳計畫。爲了增加平行及平分負荷，採用 錐形_合併策略，選出最適合的處理節點執行介計畫，匯整區域計畫，依最少確認的方法 ，指派最適合的資源給最需求的任務。這兩層控制交替的相互作用，以求得最佳的問題解。爲證明其可行性，本文將廣播通訊合作架構應用到空軍戰術戰機的攻擊任務計畫，並利用 人工智慧的邏輯語言程式PROLOG硏製了此攻擊任務計畫實例。

This paper presents a problem-solving BCFC framework in which each processing element of multiprocessing system can share, cooperate, and coordinate the assigned subtask to reason a satisfactory merge strategy; 4. Dynamic-planning paradigm. problem since it owns the properties, such as cooperation, coordination, increment, commutativity, parallelism, and pluralism. The BCFC framework consists of two-level control mechanism: meta-control and local control. The local planner executes local optimal solutions by conflict resolution based on the ultimate goal and constraints. The meta-planner is executed by an available processing element which is selected by the heap-mergy strategy, on the least-commitment approach, the resource based the most critical condition. This two level control mechanisms are itinerantly and interchangeably executed to reach a sub-optimal solution. To show the feasibility, the BCFC framework is applied to a dynamic mission plain which is an air-attack mission in battlefield. This application is implemented by Turbo Prolog in IBM-PC compatible computer.