面向工业智能体互联网的"通信-控制"协同原子化重构机制OA

To address the challenges of dynamic and atomic adjustment of cooperative relationships and communication topologies in the industrial Internet of intelligent agent,an intent-driven architecture supporting"communication con-trol"collaboration was proposed.Firstly,a formalized,dynamically evolvable cooperative state model was designed to unify agent control logic and communication.Further,a double-buffer atomic transition mechanism enabled agents'in-ternal behaviors and external connections to evolve synchronously in microseconds without interruption.Additionally,a dynamic protocol-driven data cache pool within the controller used an"incremental preheating and stock delay"strategy to guarantee data consistency and timing determinacy during network reconfiguration.Experimental results show the ar-chitecture completes cooperative state switching within 17.4 μs and achieves a dynamic sorting task with a synchroniza-tion error under 4.1 ms,effectively supporting efficient collaboration and on-demand reconfiguration of agent networks.