8 results about "Form generation" patented technology

The present invention includes a method for targeted isolation, segmentation, and coloring of anatomic images, anatomic maps, points of interest, and regions of interest for dynamic, translated form generation. For example, this invention includes a method whereby a description of anatomy that includes an anatomic site, and optionally laterality and other descriptors, targets and isolates diagrams from an anatomic map library that fits the anatomy description. A point of interest on a layered, hierarchical map is visualized in relation to the borders of each isolated anatomic site above, below, on the same level along with translated human readable descriptions of the pin position relative to each layer. An anatomic region of interest is also visualized in relation to sites above, below, and on the same hierarchical or layer level. Targeted isolation of each layer provides visualization, translation, descriptions, and visual selection points for a visual, translated hierarchical travel method included in this invention. A dynamic anatomy library combines with other data to generate dynamically filled in and fillable forms with relevant visualizations, codes, translations, and data. Dynamic forms that contain anatomy data are processed through a form processing engine for detection, categorization, encoding, translation, and labeling of the anatomy and non-anatomy data, and those outputs then process through a billing code engine, record generation engine, and image and visualization labeling engine. A record retrieval engine applies neural networks, computer vision, and artificial intelligence to re-create, analyze, categorize, and serve back record defined data to complete the loop.

Methods and systems for optimizing automated form generation are disclosed. One method includes receiving a request from a user to improve a user-provided form; generating one or more automatically generated variations of the user-provided form; testing the user-provided form and one or more selected automatically generated variations of the user-provided form: compiling estimates of success rates of each of the user-provided form and the one or more automatically generated variations; evaluating whether at least one variation of the one or more automatically generated variations suggested by the form suggestion model is synonymous to the user-provided form; generating pseudo-observation data for the at least one variation if the at least one variation is synonymous; updating the form suggestion model based on compiled test results and the pseudo-observation data; and ending the testing if an estimated improvement value is less than a predetermined improvement threshold.

Provided are an interactive method, device, equipment, storage medium and product for providing a form, relating to the technical field of computers. The method comprises: receiving a first input, wherein the first input comprises a form creation requirement constructed by natural language, and the form is a structured form for collecting information; and displaying the form, wherein the form is generated based on the first input and a first data table, the first data table is one of first tables, and the first data table is associated with the form creation requirement. The form generation efficiency and the interactive efficiency can be improved, and thus the user experience is improved.

This invention discloses a method for generating dynamic web forms based on declarative configuration, relating to the field of computer technology. The method includes: establishing a user configuration unit to collect configuration information through declarative configuration form descriptors; establishing a configuration management unit to parse, validate, store, and distribute configuration descriptors; establishing a core rendering engine to perform component mapping, dynamic rendering, event binding, and layout management based on the configuration descriptors; establishing a response unit, which includes a form data model module for responsive state management and a UI rendering module for grid layout rendering; and establishing an external API interface to expose form lifecycle management methods. This invention transforms traditional handwritten form code into writing declarative JSON configuration, with a unified rendering engine dynamically generating forms at runtime, significantly improving development efficiency, maintainability, and business flexibility. It is particularly suitable for enterprise-level back-end management systems with a large number of forms.

Embodiments of the present application provide a form generation method, system, device, storage medium and program product, the method comprising: in response to a user consultation session sent by a front end, determining a consultation scenario, and obtaining a form template corresponding to the consultation scenario. The form template includes identification information of a plurality of interface components and field attribute information corresponding to each of the plurality of interface components. The form template is sent to the front end, so that the front end obtains the plurality of interface components from a component library according to the identification information and renders the plurality of interface components according to the field attribute information corresponding to each of the plurality of interface components to obtain a target form. Through the above scheme, the back end only needs to identify the consultation scenario and issue the form template corresponding to the consultation scenario, and the front end can directly reuse the corresponding plurality of interface components in the component library based on the form template to dynamically render the target form. In this way, the form generation operations of the front end and the back end can be decoupled, and the form corresponding to the user consultation scenario can be generated flexibly without coupling.

This invention discloses a method for generating an application, an electronic device, and a storage medium. The method includes: obtaining the business requirements of a target application, wherein the business requirements determine the functions required by the target application and the logical relationships between those functions; determining a data model of the target application based on the business requirements, wherein the data model determines entity information within the business requirements and the logical relationships between entities; determining target form and database information based on the data model; and binding the target form and database information to generate the target application. This invention solves the technical problems of low form generation efficiency and limitations in the scalability and integration of form generation tools in related technologies.

This invention discloses a dynamic form generation method and system based on a two-layer field format mapping, mainly relating to the fields of form generation and document processing technology. It includes: parsing JSON configuration to establish field mapping; performing a two-layer mapping of field identifiers and values, and field types and formats to determine the rendering style; uniformly processing multiple field types and performing polymorphic rendering of options; dynamically expanding table rows and copying styles; automatically embedding images and controlling their size; generating conditional underlines and outputting a Word document. The beneficial effects of this invention are: it achieves multi-form rendering of the same field value, uniformly processes more than ten field types, automatically generates standardized documents containing dynamic tables and images, and significantly improves generation efficiency and flexibility.