A method and system for closed-loop automatic control for whole-process intelligent monitoring of fire activity operations

The invention discloses a method and system for closed-loop automatic control and management for whole-process intelligent monitoring of fire activity operations, establishing a safety loss function for fire-activated operations and achieving a measure of the safety of fire-activated operations, mainly involving the three elements of fire-activated operations as defined by the fire-activated operation ticket: fire-activated operation area, ® fire-activated operation type, © fire-activated operation spatial distance from the hazard source. On this basis, a set of machine vision intelligent detection and recognition technology is used to detect and classify the fire operation area, the fire operation behavior and the neighboring hazard sources. The detection and classification results are further fed back to the safety loss function of the fire operation, and according to the regularized closed-loop control rules of the fire operation, the command of fire operation termination or continuation is issued to realize the closed-loop automatic control of the fire operation.