Multi-agent cooperative operating system based on microkernel and intelligent drive

Abstract

This invention relates to the field of operating system and artificial intelligence collaborative control technology, specifically a multi-agent collaborative operating system based on a microkernel and intelligent drivers. The system mounts multiple agent processes that collaboratively execute global tasks. The data acquisition module concurrently reads the runtime log stream in an asynchronous input / output manner through the microkernel IPC mechanism and agent capability interface, extracting state feature data containing intermediate inference data and tool call time overhead. The state parsing and calculation module calculates the dynamic inference offset index. The security governance module performs continuous comparison within a sliding time window and generates a security judgment result. The scheduling and recovery module issues an interrupt suspension instruction, locks the memory sandbox space, erases the error context, injects a recovery prompt information vector, and then wakes up the process to re-enter the inference execution state, realizing early isolation of abnormal agents, partial recovery, and continuous operation of the entire chain.

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