12 results about "Situation management" patented technology

A computer-implemented emergency incident management system includes a situation management module that generates digital incident situations with unique identifiers and assigns administrative control to situation owners and administrators. A geofencing module establishes GPS-based geofences comprising adjustable center points and adjustable radii defining physical incident areas that may be adjusted in real-time as incidents evolve. An access control module validates credentials at situation-level, agency-level, team-level, and individual-level before granting access to responder users. A resource tracking module receives GPS location data from responder computing devices, compares GPS coordinates to geofence boundaries, and selectively displays GPS locations on map interfaces when responders are within geofence boundaries while suppressing display when outside. A communication module automatically generates general communication channels and creates encrypted communication channels based on security classification requirements. The system generates comprehensive audit trails and formats incident data for FEMA compliance and reimbursement documentation.

A platform layer is used for storing and integrating data of a public security sub-platform, a comprehensive governance sub-platform and an emergency fire protection sub-platform of each sub-region in any region so as to construct a region social management resource pool and a sub-region social management resource pool; the application layer is used for storing and managing user information of the regional social management resource pool and the sub-regional social management resource pool, and calling situation data from the regional social management resource pool and the sub-regional social management resource pool according to service content and management authority of a user so as to generate a situation map and a situation report of the region and the sub-region; a corresponding situation management prediction strategy is provided; the support layer provides a set of application service layer for the platform layer and the application layer; the base layer is used for supporting the application layer, the platform layer and the supporting layer. Therefore, by gathering various dynamic sub-platform data and performing association analysis, a regional situation map, a situation report and a situation management prediction strategy are accurately constructed, and multi-department linkage information collaborative prevention and control is realized.

The invention belongs to the technical field of operation data analysis, and particularly discloses a data integration analysis method based on tunnel large machine matching operation, and the method comprises the steps: reading an original data flow of tunnel operation in real time; if the preset process time label is included, directly reading, otherwise, automatically generating process starting and ending time based on the equipment state quantity change; generating an event record with a time and space label in combination with the space identifier; automatically pairing and checking the drilling completion event and the anchor rod starting event in the same mileage section, and constructing a drilling-anchor rod working procedure pair; and working procedure interval distribution of each mileage section is counted, a working procedure connection abnormal section, an abnormal trigger source and a working procedure connection abnormal trigger point are identified based on the working procedure interval distribution, and a working procedure connection abnormal instruction is generated and started. According to the method, the process time nodes are uniformly extracted from different data sources, and meanwhile, the reference of equipment health analysis results and the pertinence of abnormal condition management are increased.

The application relates to the technical field of smart old-age community management, and particularly discloses a method and system for managing abnormal conditions in a large smart old-age community, wherein the method comprises the following steps: monitoring environment information, physiological information and position information in real time; screening out environment mild abnormal information and physiological mild abnormal information based on preset judgment rules; combining the environment mild abnormal information according to a preset area division rule to form an area environment information set; inferring an abnormal cause according to the area environment information set; generating an abnormal influence path graph according to the abnormal cause and the area environment information set; and generating early warning information according to the position information, the physiological mild abnormal information and the abnormal influence path graph. The method improves the management capability of the smart old-age community for complex abnormal conditions through a unique comprehensive analysis and visual early warning mechanism, can discover potential risks earlier, can more accurately locate the root cause of problems, and can effectively protect the life and property safety of old residents.

The application discloses a kind of integrated situation management method and system based on cross-domain security communication, and the way of trust transmission is proposed in cross-domain equipment, so that the equipment and terminal of cross-domain security communication are all through trusted authentication, only the equipment that passes authentication and is controlled can provide cross-domain security communication service;The security alarm information of existing firewall, network probe, security probe is unified and integrated, and the security alarm of cross-domain data in link transmission process is situationally displayed;By the active submission of terminal cross-domain service business intercommunication request, the controllability is stronger, and the controlled service intensity is refined to the regular implementation to service end side;Integrated situation management monitors the service behavior of cross-domain equipment and terminal from the whole global angle, and the monitoring state of link security equipment, and is displayed in a unified way, to provide better global situation for administrator.The application can carry out controllable service security transmission in the environment based on existing multi-network domain.

Systems and methods are provided for automatic collection, translation, and archiving of API endpoints in a cloud environment, thereby simplifying network security workflow. A discovery module autonomously identifies endpoints accessible by various user roles. The identifier normalization module dynamically adjusts the unique identifier according to the archived standardized naming agreement. The system may also include a comparison engine to evaluate and visualize API accesses across different user roles, thereby facilitating a comprehensive auditing and compliance process. The system and method implement consistent endpoint mapping, role-based access clarity and enhanced security situation management through an interactive dashboard, thereby deeply understanding the API pattern of the cloud instance.

1. The name of the design product: aircraft vertical situation management graphical user interface for electronic equipment. 2. The use of the design product: the design product is used for an electronic device. 3. The design points of the design product: the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the interface is mainly used for the interactive interface of the aircraft vertical situation display and management of the aircraft equipment. Design 1 front view shows the initial interface, which can be changed by operating the equipment to change the running state and position of the aircraft, so that the aircraft vertical situation parameter information (such as coordinate axis area parameter information) in the interface changes, and the user can further control the aircraft through the feedback change interface to make it run normally. Designs 2-5 have the same human-computer interaction as design 1. The area directly connected with the horizontal X-axis of the graphical user interface is the real-time terrain and obstacle profile image, which belongs to the content picture.

The invention relates to an aviation internet data flow intelligent scheduling and situation management system. The system comprises a data acquisition module, a data processing module, a fusion scheduling module and a situation management and visualization module, the acquisition of the full-scene data stream is realized, and compliance data is obtained through corresponding processing; security storage is carried out by adopting dual mechanisms of local cache and cloud distributed storage; a multi-dimensional decision basis system is constructed by combining multi-dimensional services of compliance data and three-level network real-time state data, an intelligent scheduling strategy adaptive to flight scenes and service requirements is dynamically generated by adopting a multi-algorithm fusion mode, data flow distribution and network resource configuration are optimized, and real-time adjustment is performed according to scene changes. And constructing a full-link situation management mechanism based on a scheduling result and scene adaptation data, carrying out perception and visual presentation on a real-time situation, and collecting situation data and feedback information at the same time to obtain an optimized closed loop of intelligent scheduling and situation management of the aviation Internet data flow.

The system according to the embodiment aims to achieve a reasonable solution even when there is an emotional conflict.SOLUTION: A system includes a virtual arbitrator character setting unit, a situation arrangement unit, a pain division proposal unit, an arbitration plan presentation unit, and a dispute resolution support unit. The virtual mediator character setting unit sets a virtual mediator character. The situation organizing unit organizes the situation based on the information provided by the virtual mediator character set by the virtual mediator character setting unit. The pain classification proposal unit proposes pain classification based on the situations organized by the situation organizing unit. The arbitration plan presentation unit presents a specific arbitration plan based on the contents proposed by the pain classification proposal unit. The dispute resolution support unit supports a discussion between the parties based on the arbitration plan presented by the arbitration plan presentation unit.SELECTED DRAWING: Figure 1

The system reconstructs the 3D space of the site from on-site data acquired using any data acquisition device during routine patrols, thereby understanding the site conditions. [Solution] The field situation management system 1 includes one or more computers 2 that perform the following processes: extracting feature points that indicate characteristic parts included in the field data; estimating the acquisition position and orientation of the data acquisition device when the field data was acquired based on the correspondence between feature points in the field data; estimating the distribution of feature points in 3D space based on the feature points, acquisition position and orientation; reconstructing the 3D structure of the subject from the distribution of feature points in 3D space; generating a free-viewpoint image including an image of the subject as seen from a viewpoint other than the acquisition position from the 3D structure and information from at least one of the pixels or points of the surrounding field data corresponding to it; and displaying the free-viewpoint image.

The invention discloses a holographic multi-dimensional situation management and control method, which relates to the technical field of internet of things intrusion detection, combines edge computing with a federal map neural network, preprocesses data at edge nodes, only uploads model parameters instead of original data, remarkably reduces the computing, storage and network bandwidth overhead of a central server, and improves the efficiency of the central server. And the problem of high system cost is effectively solved. Meanwhile, by constructing a dynamic topological graph and utilizing a federal map neural network model to deeply learn network structure association, indexes such as'situation influence potential energy 'are introduced to accurately evaluate risks, and the method has closed-loop adaptive ability of model performance monitoring and automatic retraining, so that model drift is effectively overcome, and the risk is accurately evaluated. And long-term, efficient and accurate situation awareness in a dynamic Internet of Things environment is ensured.