Abstract: The present application provides a processing method and device of a hematoma aspiration decision-making system for intracerebral hemorrhage. A two-layer deep neural network is constructed for processing of a hematoma aspiration protocol, and a perception-decision-making-control method based on a time series is thus realized, which overcomes unpredictability of results of hematoma aspiration processes existing in the prior art, provides direct and convenient information transmission for surgeons to make decisions, can effectively improve the accuracy of aspiration treatment protocols for intracerebral hematoma, and provides digital, intelligent, and powerful support for clinical hematoma aspiration treatments.

Abstract: The present application provides a processing method and device of a hematoma aspiration decision-making system for intracerebral hemorrhage. A two-layer deep neural network is constructed for processing of a hematoma aspiration protocol, and a perception-decision-making-control method based on a time series is thus realized, which overcomes unpredictability of results of hematoma aspiration processes existing in the prior art, provides direct and convenient information transmission for surgeons to make decisions, can effectively improve the accuracy of aspiration treatment protocols for intracerebral hematoma, and provides digital, intelligent, and powerful support for clinical hematoma aspiration treatments.

Abstract: A cascading expansion method of working space and working visual angle of stereo vision system is disclosed. One stereo vision system in the multi stereo vision systems is fixed as the global vision system, and the other stereo vision systems can move the position and adjust the visual angle according to the needs during the working process, so as to effectively expand the working space and working visual angle of the stereo vision system and improve the flexibility of the stereo vision system. For the target to be measured that cannot be seen under the global stereo vision, the indirect positioning of the target to be measured under the global coordinate system can be achieved through other stereo vision systems, so as to overcome the limitation of the limited visual angle of a single stereo vision system and the limited workspace.