13 results about "Business process management" patented technology

The application relates to a power distribution network operation and industry expansion engineering multi-source business data fusion method and system, which comprises the following steps: S1: a unified data access and adaptation platform is constructed to realize full-coverage access of power distribution network operation and industry expansion engineering related data; S2: based on the accessed data, an enterprise-level master data management system covering the whole domain of power distribution network operation and industry expansion engineering is established; S3: a knowledge graph in the field of power distribution network operation and industry expansion engineering is constructed; S4: based on the knowledge graph in the field of power distribution network operation and industry expansion engineering, a whole-process digital process model of power distribution network operation and industry expansion engineering is constructed based on business process management technology, and intelligent management of the business process is realized; and S5: based on the knowledge graph in the field of power distribution network operation and industry expansion engineering, a time-space integrated data fusion framework is constructed, business data, geographic space information and time sequence information are deeply fused, and a four-dimensional data model is formed. The application realizes whole-process data fusion and cooperation of power distribution network operation and industry expansion engineering.

The application provides a service processing method and an intelligent terminal service system, and comprises the following steps: if a cloud service platform receives a service request sent by a super SIM card application, identifying a service type in the service request, calling a first service interface corresponding to the service request; sending the service request to a service platform; the service platform determining a service flow corresponding to the first service interface; based on the service request, performing a current service operation to obtain an execution result; based on the execution result and a next service operation, generating a service instruction and sending the service instruction to the cloud service platform; the cloud service platform sending the service instruction to the super SIM card application, so that the super SIM card executes the service instruction; identifying whether the next service operation is empty, and if the next service operation is empty, ending the service flow. The method can realize hierarchical processing of the service request, thereby simplifying the complexity of service flow management, and further realizing dynamic adjustment and flexible configuration of the service flow.

The application discloses a kind of cross-tenant's full-media news digital fusion production's business process management method, belong to full-media news production technical field.The core of the method is fusion production service, it is benchmarked with cross-tenant collaborative production, forms global production management closed loop, realizes each channel tenant topic selection, material, finished product and so on Content sharing, production tracking and process control.At the same time, the present application can further provide propagation data analysis service, for new media and traditional program propagation force data analysis, so as to repay full-media production and realization, realize big data scientific guidance news production, improve mainstream media propagation force, guiding force, influence and public credibility.The application unifies gathering from production source to final propagation data after publishing by whole business process closed loop management mode, and repays production, presents the business process that can be traced and tracked in the form of digitization, improves the effectiveness of overall news production and propagation management from top to bottom.

The application relates to the technical field of enterprise tool management, and particularly discloses a tool management system and method for large-scale discrete manufacturing enterprises. The management system comprises an MES system, a QMS system and an ERP system; the MES system has a tool inventory management unit for business process management of purchasing and receiving goods, and the MES system is used for business process management of tools, including taking, returning, allocation, maintenance, scrapping and inspection; the MES system generates a purchasing demand plan based on the business management process of the tools; the ERP system is used for auditing the purchasing demand plan and generating a purchasing order, and performing business process management of purchasing and receiving goods; and the QMS system is used for inspection business process management of purchasing and receiving goods. The application can realize full-life-cycle digital management and control of information tracing, full and efficient utilization and automatic inventory counting according to the particularity of tools in large-scale discrete manufacturing enterprises, so that the management of the tools is more fine, accurate and efficient.

This invention relates to the field of broadcast television security technology, specifically disclosing a proactive defense method for broadcast security based on risk profiling. By constructing a three-tiered collaborative responsibility decoupling architecture, the broadcast duty team is divided into three roles: A (dedicated to signal monitoring and situational awareness), B (dedicated to business process management), and C (dedicated to overall decision-making), achieving clear responsibilities and efficient collaboration. A focus-based rotation mechanism is established, mandating the interchange of A and B roles to reset personnel focus and create complementary verification. A multi-dimensional hidden danger database is constructed, and a weighted risk priority coefficient model is used to quantitatively assess hidden dangers, generating contextualized risk profile reports. Risk profiles are transformed into explicit broadcast control front-end instructions, driving focused monitoring and process operations, forming cross-verification, and new data is fed back to iteratively optimize the model, forming a proactive defense closed loop. This invention can improve personnel duty efficiency and risk identification accuracy, reduce broadcast security risks, and achieve long-term security for broadcasting.

The present disclosure relates to a plug-in process management system, an electronic device, and a business process management method, which belongs to the field of computers. The plug-in process management system includes N storage spaces and N business plug-ins, wherein N is an integer greater than or equal to 2. Each of the business plug-ins corresponds to an independent storage space, and each of the business plug-ins is configured to receive business data to be processed and store the business data to be processed in a corresponding storage space, and to duplicate the business data to be processed and to process the duplicated business data to be processed. The problem of the existing plug-in process management system that when certain plug-in goes wrong the entire business process needs to re-execute from the beginning, resulting in consuming a lot of time, is solved.

This invention belongs to the interdisciplinary field of artificial intelligence and business process management, and discloses a method and system for predicting interpretable business process results based on rule-based neural networks. This invention converts business process instance trajectories into binary feature vectors based on declarative constraints and groups them according to semantic type. Through the TemporalDRNet model, its inter-group interaction rule generation layer selects features from each group based on dynamic biases and generates rules simulating the logical "AND". The temporal extraction aggregation layer aggregates rules with non-negative weights and simulates the logical "OR" to output the prediction. The trained model weights can be directly mapped to the IF-THEN business rule set that explains the prediction results. The end-to-end deep neural network model TemporalDRNet proposed in this invention achieves multi-dimensional technological breakthroughs through innovative designs such as Declare constraint fusion, semantic grouping modeling, and end-to-end binarization optimization.

This invention provides a sand table chart visualization system and method based on two-dimensional dynamic process mapping, belonging to the field of data visualization and process management technology. The sand table chart visualization system based on two-dimensional dynamic process mapping includes a data interface module, a sand table view generation module, a dynamic node layout engine, an intelligent path drawing module, and a bidirectional interactive state management module, all connected sequentially. This invention achieves adaptive node layout by constructing a two-dimensional dynamic grid and combines it with an intelligent obstacle avoidance algorithm to draw node-related paths, realizing collaborative visualization of business process and project process data. It can clearly present the cross-mapping relationship of two-dimensional processes, improving the readability and interactivity of complex process visualization, and is suitable for various business process management and data visualization analysis scenarios.

This invention provides a method and apparatus for processing approval chains, relating to the fields of business process management and workflow automation. The method includes, during the execution of the approval chain process, if it is determined that a field in the form data that has changed is the target field, then obtaining the identifier of the current approval node; if it is determined that the current approval node corresponding to the current approval node identifier has pre-configured extensible attributes, then generating a recalculation event; consuming the recalculation event, starting from the first node after the current approval node that has not completed the approval process, recalculating the remaining process path based on the changed target field data to obtain an updated approval chain; and executing the updated approval chain process. The approval chain processing method and apparatus provided by this invention recalculate subsequent paths in real time based on changes in key fields during execution, thereby improving the adaptability and automation level of the approval process.

The embodiment of the present disclosure provides a form template design tool and a management method of a business process, receives a business process instance generation instruction, acquires a business process identifier; according to the business process identifier, a business process is obtained through query in a business process set, business process node information and business process step information are extracted; according to the business process node information, a corresponding form template is matched and connected from a form template set to generate a business form instance; and a business process instance is generated in combination with the business form instance and the business process step information. The embodiment realizes the creation and control of the business process while modeling the business form, allows the user to adjust the structure and content of the form through a graphical interface, and creates the business process. Through data model analysis, the form is dynamically generated and the business process is executed, and the process change is effectively managed, and the data transmission and permission control are safe, which significantly improves the business flexibility and operation efficiency.