Context-Aware Operation Entry Generation for Input Pages

The patent applies preliminary action by pre-fetching and caching keyword data from the server before the user completes their input. The system obtains and stores relevant keywords in advance, so when matching is needed, the operation can proceed immediately without waiting for server responses during the user's input process, thereby improving search efficiency and reducing time loss.

The patent replaces the manual mechanical matching process with an automated electronic system. Instead of relying on users to manually enter and match terms, the system automatically detects user input, retrieves relevant keywords from the server, performs matching algorithms, and presents results dynamically. This substitution of automated electronic processes for manual operations significantly improves productivity and reduces time consumption.

The patent applies segmentation by dividing the complex real-time matching system into distinct functional modules: an input detection module that captures user typing, a keyword retrieval module that fetches data from the server, a matching algorithm module that compares inputs with keywords, and a display module that presents results. Each module handles a specific task independently, which manages system complexity while maintaining real-time responsiveness and enhancing user experience.

The patent uses an intermediary approach by introducing a local cache or buffer between the user input and the server. This intermediary layer stores pre-fetched keywords and facilitates rapid matching operations without requiring direct real-time communication with the server for every keystroke. This reduces the complexity of real-time updates while maintaining ease of operation and responsive user experience.