4results about How to "Realize intelligent scheduling" patented technology

The present application relates to a kind of car body production sequence scheduling system and scheduling method, so that car body is after welding process, enter assembly process before, in coating process, car body production sequence adjustment is carried out, the intelligent scheduling of car body production sequence between different processes is realized, and car body of production plan overtime can be timely discharged;The order of discharge queue is adjusted by vertical warehouse scheduling system, can meet the demand of adjusting spraying order according to color in coating process without affecting assembly plan order, and the discharge queue in production can make the same color car body sort together, reduce the color switching frequency in coating spraying process, improve production efficiency;Pre-paint grouping stereoscopic warehouse is set in coating process, between pretreatment electrophoresis line and topcoat line, is sorted and adjusted by discharge queue in coating process, can reduce the situation that assembly plan is adjusted due to car body needing to be repaired from assembly process point because of coating quality defect, improve production efficiency.

This invention discloses an intelligent review method for construction schemes based on adaptive multi-agent collaboration, belonging to the field of construction scheme review technology. It solves the technical problems of inability to deeply identify key technical points, lack of collaboration among different professional perspectives, absence of a supervisory layer and reflection mechanism, lack of quality monitoring during the review process, and the potential direct output of errors and logical contradictions. Through dynamic agent generation technology, the system can adaptively form agent review teams based on different scheme characteristics. Employing a multi-agent collaboration and shared blackboard mechanism, it simulates a multi-expert review scenario. By introducing a consensus decision-making algorithm based on confidence fusion, the system can autonomously negotiate and adjudicate conflicts of opinion between different agents or regulatory clauses, outputting a unified conclusion. Through the meta-agent layer, the system achieves real-time monitoring and reflection on its own review process, automatically verifying reasoning logic, identifying low-confidence conclusions, and triggering secondary reviews.

The application discloses a kind of security control method and system based on SDN architecture, it is related to security control technical field, including: user end is authenticated by sending first handshake request to edge computing device to realize the identity authentication of user end, and corresponding master key is issued to user end and SDN controller by edge computing device, user end is encrypted to access request by master key, and sends the encrypted access request to SDN controller, after SDN controller is parsed encrypted access request, determine its data transmission route path, i.e. which switch is sent to user end by the data stream collected by distributed data acquisition terminal the security control method based on SDN architecture provided by the application realizes the unified control of network, wisdom arrangement and collaborative scheduling, provides various automation, intelligent capacity, provides high-speed, reliable, safe communication service guarantee for power system.

This invention relates to the field of communication technology and discloses a rapid response method and system for optical power monitoring and fault testing linkage. The method includes receiving optical power monitoring data from an optical power monitoring service and generating a sequence of optical power change trajectory points; establishing a three-layer anchor network structure based on the trajectory point sequence and generating a decision link state mapping matrix based on the three-layer anchor network structure; receiving feedback information from an OTDR test service, generating a composite timing identifier, and performing association matching verification with the decision link state mapping matrix to obtain qualified feedback information; constructing a timing reconstruction buffer based on the qualified feedback information, performing handover synchronization control, receiving a handover completion signal from an OLP handover service, calculating response trajectory characteristics based on the handover completion signal, and performing adaptive decision parameter adjustment. This invention significantly improves the response efficiency and coordination accuracy of distributed optical network fault handling through spatialized state management and intelligent timing control.