5 results about "Composite services" patented technology

The invention relates to a campus intelligent service system based on multi-module fusion, and aims to solve the problems of low efficiency, dispersed information, single function and the like in the current campus service. According to the system, a plurality of core function modules are integrated, and a comprehensive service platform covering the whole-process learning and daily life demands of students from entering school and checking in to graduation and leaving school is constructed.

This invention discloses a method for assessing the accessibility level of public transportation based on work-residence integration, belonging to the field of urban public transportation planning and assessment technology. The method includes: acquiring multi-source data on the public transportation system of the target area, including static geographic information, departure timetables, and historical operation data; dividing the area into spatial analysis units based on planning boundaries and linear geographic elements; calculating and standardizing three indicators—spatial coverage, service frequency intensity, and operational reliability—for each unit; employing an objective weighting method based on information entropy to automatically determine the weight of each indicator according to its dispersion across all units; weighting and aggregating the standardized indicator values ​​of each unit with their corresponding weights to generate a comprehensive public transportation network service capacity index; and finally generating and outputting a service capacity visualization map based on this index. This invention, through multi-dimensional quantification and objective weighting, achieves a scientific and comprehensive assessment of public transportation service capacity, providing intuitive decision support for planning and management.

The application discloses a student comprehensive service information management system based on end-cloud cooperation, belongs to the technical field of student comprehensive service information management, and performs real-time cooperative teaching evaluation on each student, obtains each cooperative teaching student, generates a cooperative information table according to each cooperative teaching student, performs real-time processing on corresponding student comprehensive service information according to each cooperative teaching student, obtains dynamic cooperative data, and stores the dynamic cooperative data into a cooperative database; the cooperative information table is used to determine the cooperative management personnel of each cooperative teaching student; real-time user login verification is performed according to each cooperative management personnel; user information is acquired, and the user information is sent to a platform end for user login verification; when the verification is passed, the cooperative teaching student is determined according to the user information, corresponding dynamic cooperative data is matched from the cooperative database according to the cooperative teaching student, and the dynamic cooperative data is displayed in real time to the user.

The application belongs to the technical field of communication automation, and discloses a cross-protocol semantic adaptation and intelligent decision optimization system and method for communication automation. The application covers the whole process of communication automation from protocol adaptation, decision generation to performance optimization by constructing three core modules of cross-protocol semantic intelligent analysis and adaptation, multi-scene communication decision dynamic generation and decision-communication performance closed-loop optimization. The application adopts cross-protocol semantic feature extraction and heterogeneous adaptation, multi-constraint communication decision dynamic generation and optimization, decision execution performance feedback iteration optimization and other cores, breaks through the industry bottleneck of traditional communication automation "cross-protocol adaptation rigidity, decision generation solidification and performance optimization disconnection", realizes semantic-level accurate adaptation of heterogeneous communication protocols, dynamic generation of multi-scene communication decision, and deep collaborative optimization of decision and communication performance, significantly improves the protocol compatibility, decision adaptation flexibility and comprehensive service performance of the communication network, adapts to the needs of industrial internet, internet of things, cross-domain collaborative communication and other scenes, and especially solves the technical problems of cross-protocol semantic ambiguity, decision and scene mismatch and passive performance optimization.

This disclosure relates to a method, system, vehicle, and storage medium supporting fine-grained state management. The method is applied to multiple service layers, wherein the application service layer includes an application group of at least one application, and the composite service layer includes a functional group of at least one service program. The service programs are accessible to at least one application through an interface. An executable program atomic service layer sets up multiple node nodes, each attached to at least one service program. Configuration information is configured between the multiple service layers, including dependencies between applications and service programs, the state machines of each application, service program, node node, and software platform, mapping relationships between state machines, and state switching rules. Switching between the application and software platform states is implemented according to switching instructions. This invention solves the problem of service programs and applications becoming unusable due to minor faults during vehicle use, resulting in poor vehicle operation performance and user experience.