Execution For User Interfaces TRIZ Cases

This screenshot method detects recent interface changes and presents current and prior images, reducing cumbersome retakes.

This case standardizes swipe-based application page changes and adjusts page identifiers to make transitions easier to recognize.

A terminal identifies the most recently operated identical app and adds visual prompts to separate concurrent instances.

Sliding switches interface identifiers, simplifying access to different functions.

Machine-learning clustering uses topic and focus data to organize content, restore application sessions, and arrange video call scenes.

This case segments pen input, detects target fields, and adapts delivery to application capabilities for accurate handwriting.

A computing shell detects command entries, offers context-based suggestions, and executes selected corrections to improve accuracy.

Overview indicators show media upload states, reducing manual library searches.

Event detection switches between novice and expert interfaces, tailoring hygiene guidance while generating caregiving data.

Virtual buttons let users correct situation recognition and refine behavior mappings for more reliable contextual automation.

A terminal swaps application display modes so users can view and interact with multiple interfaces without frequent switching.

Splitting a render tree across threads shortens interface generation, helping avoid frame freezing without raising CPU frequency.

This case uses GenAI to map modified GUI layouts, enabling personalized content placement while limiting cross-platform data exposure.

Assign frontend versions by user group to test releases without duplicating stacks.

Unified camera menus preserve settings across applications for flexible image capture.

The interface uses time, location, and behavior to prioritize relevant apps and service cards for faster application discovery.

A server-side prelaunch manager prepares primary window stations remotely, supporting light clients, fast switching, and lower resource use.

Relevant information is scrolled, paginated, or reversed as a continuous operation progresses, revealing details beyond the initial screen.

This case adapts the transmission screen by hiding the keyboard when settings are unset, enabling direct destination button selection.

This case separates playback controls from the video region, using multi-finger gestures to clear the screen and optionally magnify video.

A sequential update list switches to focused reading mode, helping users navigate project information with less cognitive burden.

This case uses card-based calendar views to show schedule source, participants, and other details in one interface.