The invention relates to the field of man-machine hybrid intelligent interaction control, and especially relates to a mobile synchronous acquisition and fusion control method based on multi-mode brain-eye information fusion. Aiming at human body physiological information acquisition requirements, visual tracking and brain-computer interface technologies are utilized to acquire human body visual and consciousness signals as input of a multi-modal information channel; developing an augmented reality environment based on a digital helmet, designing an integrated sampling interface based on eventtriggering, and realizing mobile synchronous collection and output of information flow; relief F assessment and induction of an ordered information set settlement sub are utilized to realize fusion ofhuman body physiological information at a feature layer and a weight layer; under the condition of digital helmet integration, instruction set cooperative control on a controlled object in a multi-mode information state is realized. According to the invention, the problems of poor robustness and poor stability of human-computer interaction information representation in the prior art are solved.