Generation of User Interfaces from Natural Language Inputs

Smart overview of the Invention

The patent application describes innovative systems and methods for creating user interfaces from natural language inputs. The approach allows users to input free text or sketches to generate user interface designs, reducing the need for extensive coding skills or large development teams. By analyzing these natural language inputs, the system can identify necessary interface elements and layout designs, producing a draft interface for user review and modification.

Background

Traditionally, developing user interfaces requires collaboration among various specialists, such as designers and developers, which can be complex and time-consuming. Misalignments in design interpretation often lead to project delays and unsatisfactory user experiences. The proposed solution aims to simplify and automate interface creation, minimizing reliance on large teams and reducing the likelihood of miscommunication.

Technical Details

The system processes natural language inputs or sketches to identify at least two interface elements and their layout. This information is then used to generate a draft interface that the user can modify. The system supports editing by allowing users to select portions of an existing interface and propose changes using textual descriptions or sketches, which are then analyzed to implement design modifications.

Personalization Capabilities

One significant feature is hyper-personalization, where unique interface versions are created for individual users based on their inputs. This capability addresses the limitations of traditional interfaces that offer a single version for all users. By generating personalized interfaces, the system enhances user engagement by catering to diverse preferences and needs.

Implementation and Application

The technology can be applied across various platforms, including websites and apps, enhancing the design process's efficiency and flexibility. It facilitates rapid prototyping and iterative design adjustments through an interactive process involving natural language or sketch inputs. This approach not only streamlines development but also empowers non-technical users to participate actively in interface design.