5 results about "Requirements elicitation" patented technology

The invention discloses a software requirement modeling method and device based on a natural language, equipment and a medium, and relates to the field of software requirement modeling. According to the software demand modeling method and device based on the natural language, the equipment and the medium, through automatic demand analysis and model generation, the manual workload is greatly reduced, and meanwhile, errors caused by manual understanding deviation are reduced; close connection among the steps is ensured by sharing intermediate representation and a unified data model, output of the previous step provides structured information for input of the next step, and information loss or distortion is avoided; a demand provider is allowed to participate in a model confirmation process through an iterative demand acquisition and modeling framework of man-machine cooperation, and the quality of a demand model is continuously improved; by means of the model consistency analysis technology based on the data flow dependency relationship, the problem of inconsistency between the requirement specification and the software model can be automatically detected, and the software product quality is improved.

This invention discloses a code generation system and method based on pre-set code scanning rules, including a requirement acquisition module, a rule extraction module, a prompt word construction module, a code generation module, a rule verification module, and a result output module. The requirement acquisition module, rule extraction module, prompt word construction module, code generation module, rule verification module, and result output module interact with each other through a standardized interface. This invention deeply integrates the rule data accumulated by enterprises in the code scanning module with artificial intelligence code generation capabilities, enabling enterprises to automatically apply their existing code quality assurance experience to the generation process of new code, realizing the value-added utilization of data assets. Through the closed-loop feedback mechanism of the rule verification module, this invention can automatically construct correction instructions and regenerate when the code fails the scanning detection, reducing manual intervention and improving the level of automation.

The invention discloses a data quality auditing and scoring model, which relates to the technical field of data processing and comprises the following steps of demand acquisition and scheme formation, rule system construction, data auditing execution, comprehensive quality scoring and problem closed-loop processing. According to the method, management and control objects, core data items, six data quality dimension standard-reaching requirements and differentiated management and control thresholds are defined in a demand acquisition stage, a data quality scheme is formed, a quality rule system covering beforehand, during and after beforehand is constructed, a verification logic module is formed according to a six-dimension disassembling rule, and a verification result is obtained. A data quality auditing model is built to verify target data, deep linkage of demand-rule-auditing is achieved in the whole process, a rule system and a management and control target are precisely matched, the data quality auditing model executes verification according to a standardized dimension, the dimension problems of data integrity, uniqueness and the like can be precisely positioned, and the verification efficiency is improved. And clear data quality control direction and efficient execution are ensured.

The invention discloses a framework component for software development and a construction method thereof, and relates to the technical field of software development. The construction method comprises the following steps: selecting registered functional modules (each module corresponds to a uniform URL (Uniform Resource Locator) and an input parameter) in a framework based on a functional requirement of a target component, and appointing a URL calling sequence and the input parameter according to business logic to finish component construction; registration is dynamically generated when the modules are missing, the modules are dispatched through an upper function module group during component application, the execution efficiency is optimized by combining the calling frequency and waiting time consumption, and the number of the modules is supplemented according to needs. The framework component comprises a demand acquisition module, a conversion module and a logic implementation module, and is used for implementing demand receiving, parameter conversion and module calling feedback. According to the method, hard code packaging is abandoned, the component flexibility is high, the method can adapt to rapid data replacement, the development cost is reduced, and meanwhile the module calling efficiency and reliability are improved.