19 results about "Event management" patented technology

This invention discloses a menu display method, system, device, medium, and product, belonging to the field of computer software technology. The method comprises: an interface management component responding to an operation command, determining the target identifier corresponding to the operation command according to a mapping table in a file management component, and determining an event message based on the target identifier; an event management component broadcasting the operation event message to all first menu components according to a monitored registry; a first menu component responding to the event message, matching the associated identifier with the target identifier, and if a match is found, sending menu information to the interface management component; otherwise, ignoring the match; and the interface management component rendering the menu information as a context menu. Therefore, by implementing this invention, the scalability of the menu display method and the pluggability of components in the menu display system can be improved, resulting in low maintenance costs.

Internet of Things (IoT) event objects can be tailored to specific device types and capabilities. An IoT event object can use a flexible definition of an event that can be reconfigured. An IoT event object allows for the ability to set different triggering conditions and priorities. Individual event definitions can be extended to create more complex events. A Notification Handler supports sending a request or command in response to an event that requires action.

An example monitors an event stream of a multi-agent application system. A first event of the event stream is determined to correspond to a state of a first task agent of the multi-agent application system. The state is established using historical data relating to a first task performed by the first task agent. The first event is routed to the first task agent. Output of a second task performed by the first task agent is received from the first task agent. The second task is performed by the first task agent in response to the first event.

An emergency response system (200) and a method (100) for real-time event management in computer simulated environment. The method (100) includes determining a virtual model of a location of an event and determining a plurality of real-time parameters and a plurality of predicted parameters associated with a plurality of entities at a physical location of the event, using the virtual model of the location of the event. The method also includes displaying the real-time parameters and the predicted parameters to users collaborating in the computer simulated environment, in real-time; receiving input from the users to modify the real-time parameters and the predicted parameters in the computer simulated environment, for the event management; and sending instruction to the entities at the location of the event, to modify the real-time parameters and the predicted parameters for the event management.

A method is provided. The method is executed by a listener service implemented as a computer program executed by a processor. The listener service provides event listeners for change event management. The method includes initiating the event listeners specific to a target application and specifying change events for the event listeners that occur in the target application. The method also includes receiving, by the listener service from the event listeners, the change events in the target application, based on the specified change events, to capture the change events.

A computer-implemented method for maintaining unified guest identity records across heterogeneous hospitality data systems. The method receives guest interaction data from independent data sources operating on different schemas, normalizes identifiers through standardization algorithms, and applies two-stage matching comprising deterministic cryptographic hashing followed by probabilistic Bayesian inference. Core attributes are stored in a relational database with strong consistency guarantees while behavioral data is maintained in a document database with eventual consistency, synchronized through a change data capture mechanism providing near real-time synchronization. The identity resolution engine operates continuously in real-time, reducing storage requirements compared to systems allowing duplicate records. The system further implements a predictive segmentation model using online learning to adjust parameters in real-time while preserving accuracy for previously learned patterns. An event-driven workflow orchestration architecture records state-changing guest actions as immutable events and dispatches them to independent CRM, marketing automation, event management, and analytics modules that autonomously respond without centralized orchestration, enabling high-throughput processing with low latency.

1. Name of the product in this design: Computer with event management graphical user interface. 2. Purpose of this design: To run an event management program. 3. The key design feature of this product lies in the graphical interface on the screen. 4. The image or photograph that best illustrates the design's key points: the front view. 5. The rear view, top view, bottom view, left view, and right view are omitted. 6. Purpose of the graphical user interface: to run the event management program. 7. Description of the changing states of the graphical user interface: The main view is the system main interface. When you click on the event name to filter and then click on query, the interface changing state diagram 1 is displayed. In the interface changing state diagram 1, when you click on batch processed, the interface changing state diagram 2 is displayed.

A cybersecurity information and event management system is provided. The system includes a security operations server in communication with a plurality of computer devices in a computer network. The at least one processor is programmed to: a) receive a plurality of logs from the plurality of computer devices in the computer network; b) analyze the plurality of logs to identify a plurality of events that occurred on the computer network; c) categorize the plurality of identified events; d) for each event in a first event category, determine one or more computer devices of the plurality of computer devices associated with the corresponding event; e) determine a plurality of attributes for each computer device associated with at least one event of the first event category; and f) generate a list of computer devices associated with the first event category including the corresponding plurality of attributes.

Updating and utilizing external cached variables in an event management system is disclosed. A unique endpoint is automatically generated for an external cached variable. The unique endpoint enables updates to the external cached variable by an external system that is separate from the event management system. The external cached variable is updated by receiving from the external system via the unique endpoint an updated value for the external cached variable and storing the updated value in a storage location accessible by an event orchestration sub-system of the event management system. Processing events includes receiving an event to be processed according to an orchestration rule that uses the external cached variable in a conditional, retrieving the updated value of the external cached variable in response to receiving the event, and executing the orchestration rule based on the updated value of the external cached variable.

The application discloses a table tennis match intelligent scoring and event management system and method based on distributed vibration sensing and cloud edge cooperation, and relates to the technical fields of Internet of Things, intelligent sensing and sports informatization. The application comprises a sensing and executing layer, at least two vibration sensing units arranged in a non-contact area below or on the side of a table tennis table top, which are used to collect mechanical vibration signals of the table top caused by scoring actions; an edge decision layer, an edge computing terminal in communication connection with the sensing and executing layer, which is used to cooperatively analyze and determine events of the multi-channel vibration signals, automatically update the match state and drive the local interactive device to output feedback; and a cloud service layer, a cloud service platform in communication connection with at least one edge computing terminal, which is used to gather data of each match, perform intelligent schedule arrangement, real-time data distribution and global event data management.

An example monitors an event stream of a multi-agent application system. A first event of the event stream is determined to correspond to a state of a first task agent of the multi-agent application system. The state is established using historical data relating to a first task performed by the first task agent. The first event is routed to the first task agent. Output of a second task performed by the first task agent is received from the first task agent. The second task is performed by the first task agent in response to the first event.

Apparatuses, systems, and methods are provided for managing events in a Geographic Information System (GIS). A first event may be detected which is associated with a change made via a mapping interface of the GIS. Information associated with the first event may be cached in a memory of a computing device. A second event associated with committing of the change in a database of the GIS may be detected, and in response to detecting the second event, a new event that is a transformation of the first event stored in the memory, the second event or both may be generated.

The application belongs to the technical field of city operation management, and discloses a method for intelligent event reporting and case closing based on a CV model. The application realizes real-time intelligent reporting by using a fine-tuned Qwen-VL large model to analyze image data in real time, realizes automatic identification and timely reporting of city events, significantly improves event response speed, and reduces manual patrol cost. Efficient intelligent case closing: by using a deep learning algorithm to compare photos before and after disposal, objectively and accurately judging the event disposal result, greatly reducing the workload of manual auditing, improving the efficiency of case closing, and ensuring the fairness and consistency of the city event management process. Cross-modal understanding enhances recognition accuracy: the cross-modal understanding ability of the Qwen-VL large model helps to accurately identify various events in complex urban environments, reduces the risk of false positives and false negatives, and improves the overall efficiency of city operation management.

An event management system includes an access management server that receives over a network, a request from a user via a user device for an access right for an event. In response, data encoded in a audio and / or video stream is provided to the user device. The data includes an entry token associated with the access right for the event. The user device scans the stream for authorization at a kiosk or a venue entrance of the event. A scanner located adjacent to the venue entrance, detects the stream provided by the user device. The access management server coupled to the scanner decodes the data encoded in the stream. The data includes the entry token. The access right is authorized for the user based on information decoded from the stream for entry to the event.

The present disclosure relates to a method of operation of a server, wherein the method of operation comprises the steps of: obtaining event information related to a target area where the first terminal device is located from at least one first terminal device located within a hospital; selecting at least one second terminal device among a plurality of terminal devices located within the hospital based on the type of the obtained event information; and providing notification information to the selected second terminal device to correspond to the event information.

Events in a historical event dataset to which an action was applied are selected. The events are clustered into clusters based on shared event characteristics. A proposed orchestration rule associated with the action is generated. The proposed orchestration rule specifies conditions for applying the action to events that match the shared event characteristics of events within one of the clusters. The proposed orchestration rule is displayed in association with an incoming event that matches the shared event characteristics. An input indicating whether to automatically apply the proposed orchestration rule with future events matching the shared event characteristics is received.

This invention discloses a distributed autonomous AI digital community underpinning architecture, belonging to the fields of digital community, distributed AI architecture, and grassroots social governance technology. Addressing the technical pain points of existing township and community digitalization projects that mostly adopt centralized platform architectures, resulting in severe data silos, weak node collaboration capabilities, lack of autonomous scheduling capabilities, reliance on third-party commercial underlying frameworks, and poor independent controllability, this invention proposes a "lightweight deployment, distributed networking, time-series data flow, and three-core driven" underpinning architecture. This invention constructs three core modules: an intelligent governance scheduling subsystem, a resident digital identity confirmation subsystem, and a community resource self-governance operation and maintenance subsystem. It employs a distributed node networking and time-series data flow mechanism to achieve intelligent allocation of community affairs, encrypted identity confirmation, autonomous resource allocation, and multi-node collaborative linkage. This architecture can adopt the architectural concept of a multi-level unit dynamic linkage and collaborative control system, integrates intelligent scheduling logic, incorporates physiological perception and non-sensory access logic, connects to a hardware security foundation for abnormal event management, and connects to a responsibility anchoring and traceability system to complete the traceability of community affairs responsibilities. This invention is adaptable to multiple scenarios including townships, streets, industrial parks, and residential areas. It features low deployment costs, no central downtime, autonomous controllability, and unlimited horizontal scalability, making it suitable for new future communities, grassroots digital governance, and the construction of distributed human settlement Internet of Things.

The application discloses a kind of unmanned aerial vehicle football referee auxiliary systems based on software and hardware combination, it is related to unmanned aerial vehicle football movement and AI intelligent application technical field.The present application includes the hardware subsystem and software subsystem of mutual communication connection;Hardware subsystem adopts five-layer architecture, including perception layer, acquisition layer, processing layer, interactive layer and transmission layer;Software subsystem adopts four-layer architecture, including perception layer, platform layer, application layer and display layer, its platform layer integrates AI intelligent penalty engine and video analysis engine, can generate the penalty suggestion with confidence and support three-level review, simultaneously provide exclusive function interface for different roles.The present application constructs the digitized referee work system covering pre-match, in-match, post-match whole process by software and hardware depth cooperation and AI auxiliary decision, significantly improves the accuracy, real-time performance and fairness of unmanned aerial vehicle football event penalty, realizes the integrated data support of event management and training review.