9 results about "Project environment" patented technology

The invention discloses a page route determination method and device, equipment, a storage medium and a program product, and relates to the technical field of front-end development, the method comprises the following steps: obtaining a page route set, each page route in the page route set having a corresponding item identifier set; determining a to-be-processed target item in response to the configuration operation for the item; and matching the target item identifier of the target item with each item identifier set, and determining a target page route corresponding to the target item identifier. By implementing the technical scheme of the invention, unified route configuration can be multiplexed based on the project identifier, the exclusive route of the target project can be dynamically matched and accurately generated, automatic management of the route in a multi-project environment is realized, and the efficiency of route configuration is improved.

The embodiment of the invention provides a behavior plan generation method and device based on man-machine cooperation, and the method comprises the steps: receiving project information, carrying out the semantic reasoning of the received project information based on an ontology library, and decomposing a project into a plurality of executable sub-projects; evaluating a current project environment, preconditions and constraints based on historical data in a case library, and recommending appropriate strategies and behavior arrangements for each sub-project; allocating resources required by each sub-project in the project execution process based on the resource library, and outputting a resource allocation scheme; generating an execution sequence of each sub-project according to the front-back dependency relationship of the project, and dynamically adjusting the execution sequence according to the state change; and based on the dynamic manual intervention threshold, adjusting the priority, resource allocation and execution strategy of the project through a feedback mechanism, and generating a behavior plan. According to the scheme, the efficiency and accuracy of project formulation and execution can be effectively improved through a machine autonomous planning and human-assisted behavior plan formulation mode.

A system, method and apparatus is described for a dynamic mobile application that provides a real time collection, analysis and reporting information management platform for building and construction projects, emergency services and disaster management tasks. The mobile device application includes multiple modules interconnected including a finance module, an operations module, a utilities module and a safety module.

The invention discloses a whole-process tracking system for construction engineering project management, which belongs to the technical field of project management whole-process tracking and comprises a project approval bidding plan module, a bidding file generation and release module, a qualification review credit evaluation module, an electronic bidding file management module, an intelligent bidding evaluation module and a contract signing and performance tracking module. Through deep integration of a BIM model and GIS data, three-dimensional visual modeling and geographic information superposition display in a project establishment stage are realized, after a building structure and an engineering quantity list extracted by the BIM model are aligned with spatial data such as a geographic position and a landform acquired by a GIS platform, a complete project environment digital twinborn body is constructed, a block chain technology is combined, and the construction efficiency is improved. The budget prediction value, the bidding document hash value, the bidding document evidence and the smart contract terms are all subjected to uplink storage, it is ensured that all key data cannot be tampered and can be traced, and the credibility and transparency of project full-life-cycle data are remarkably improved.

The application discloses a configuration management system and method based on a JAVA configuration center, and relates to the technical field of configuration management.The system comprises a server setting module, a client setting module and a configuration acquisition module.The server setting module is used for associating projects with configuration groups, associating configuration groups with configuration items, associating configuration items with project environments, and associating the values of configuration items with the project environments corresponding to the configuration items in the server.The client setting module is used for defining configuration registration classes in the client and taking configuration items as attribute values of the configuration registration classes.The configuration acquisition module is used for acquiring the values of configuration items corresponding to the project environments in the server according to the configuration items, and returning the configuration items and the values of the configuration items to the client.The method comprises a server setting step, a client setting step and a configuration acquisition step.The configuration management system and method based on the JAVA configuration center solve the problem that the matching between configuration items and the values of the configuration items and current project environments is not accurate in the prior art, so that the configuration of the client under different project environments is prone to confusion.

The utility model provides an equipment operating platform capable of being adjusted according to a project environment, which comprises a fixed platform with fixed length and a folding platform capable of being folded and extended in the length direction, and the length direction of the fixed platform is consistent with the length direction of the folding platform. One end of the fixed platform in the length direction is connected with one end of the folding platform in the length direction, and when the folding platform stretches, the top surface of the fixed platform and the top surface of the folding platform are located in the same horizontal plane. The device can be suitable for current devices of different models, the devices of different models do not need to be disassembled and reinstalled, unnecessary material loss is avoided, and manpower and material resources are saved.

Embodiments of the present disclosure provide a human-machine collaboration-based behavior plan generation method and device, which comprises: receiving project information, performing semantic reasoning on the received project information based on an ontology library, and decomposing the project into multiple executable sub-projects; evaluating the current project environment, preconditions and constraints based on historical data in a case library, and recommending appropriate strategies and behavior arrangements for each sub-project; allocating resources required by each sub-project in the project execution process based on a resource library, and outputting a resource allocation scheme; generating an execution sequence for each sub-project according to the front-back dependency relationship of the project, and dynamically adjusting the execution sequence according to the state change; and adjusting the priority, resource allocation and execution strategy of the project through a feedback mechanism based on a dynamic artificial intervention threshold, and generating a behavior plan. The present scheme can effectively improve the efficiency and accuracy of project planning and execution through the mode of machine autonomous planning and artificial auxiliary behavior plan formulation.

The invention relates to the technical field of intelligent project management, and discloses a project risk coping strategy dynamic optimization method, a storage medium and equipment, and the method comprises the steps: when a current residual risk value is greater than or equal to a first threshold value, determining the current residual risk value again until the current residual risk value is smaller than the first threshold value; then the earned value, the actual cost and the planned value of the target project are obtained and input into a preset strategy effectiveness evaluator to obtain a comprehensive score, and if the comprehensive score is smaller than a second threshold value, the risk coping strategy is optimized according to the comprehensive score, so that dynamic monitoring and real-time evaluation of the project risk are realized; the risk coping strategy can be adjusted in time according to the project environment change and the actual execution effect, the accuracy of risk assessment and the timeliness of strategy updating are effectively improved, the excessive dependence of a traditional method on the subjective judgment of project management personnel is broken through, a scientific and systematic risk coping strategy optimization closed loop is constructed, and the risk coping strategy optimization efficiency is improved. Therefore, the project risk management level and the project success rate are obviously improved.

The invention provides an environmental engineering internet of things cloud platform system, which comprises a data acquisition module used for acquiring project environment data and project equipment operation state data; the contract evaluation and decision module is used for performing multi-dimensional integrating degree evaluation analysis on the project environment data and the project equipment operation state data based on a preset evaluation model, performing autonomous decision making on the project based on a multi-dimensional integrating degree evaluation analysis result, and starting an adjustment plan based on an autonomous decision making result; and the block chain module is used for performing synchronous processing instruction on the existing cross-project based on the block chain after the adjustment plan is started, and performing linkage coordination control on each project device based on the processing result. The consistency, traceability and overall reliability of multi-project operation are ensured, the cooperative efficiency in complex environment engineering is effectively improved, and the overall operation state of project equipment is accurately and effectively known, managed and controlled.