Video Games TRIZ Cases

A recommendation system leverages social graph data to match users with games based on friend profiles.

A program converts operation inputs to standard mappings for consistent control across games.

A touch input system generates a symmetrical indicator image on a display to provide visual feedback for user operations.

A game device selection screen organizes reproduction data items using a hierarchical tree structure for intuitive user navigation.

A seat belt actuating mechanism dynamically adjusts fixing strength to simulate vehicle impacts during gaming.

Variable audio feedback indicates distance to hidden items, maintaining engagement while preserving search mystery.

A game server aggregates timestamped gameplay events using a sliding window to identify the most impressive play across multiple categories.

A selection object mediates interaction with hidden targets within a virtual camera's field of view.

A motion recognition dance game calculates user scores by comparing real-time sensor data against reference videos.

A rendering pipeline combines multiple video game frames into a single image for batch processing.

A cloud server executes applications remotely and streams results as video, eliminating local installation requirements for mobile devices.

A braille chording accessory translates touch forces on paddles into control signals for handheld game controllers.

Segmenting game interfaces into distinct views manages rendering load while resolving the trade-off between player engagement and interface complexity.

Bundling an emulator with game software enables cross-platform execution, eliminating the need for multiple physical consoles.

A game program segments pointing device inputs into timed phases to enable diverse virtual object movements.

A game apparatus generates avatar display data using a design table that maps item attributes to genre-specific visuals without altering the underlying assets.

A system selects video widgets using computer game metadata to customize templates.

A virtual resource display method reveals items through shooting interaction.

A three-dimensional maze puzzle board features distinct structures on each face of an opaque planar surface.

A virtual joystick control mechanism manages input signals through distinct preset areas on a graphical user interface.

Centralized storage resolves rigid monolithic systems by enabling universal character transfer and continuity between distinct virtual environments.

A scheduling server coordinates virtual map switching by transmitting session and character data to target servers.

A game controller calculates a correction angle from triaxial acceleration data to process rotational movements.

A gaming system modifies player accounts to upgrade types based on unique digital article ownership.

A twist-lock mechanism connects a replaceable head to a base, enabling customizable contact surfaces.

Analyzes packet inter-arrival times and data lengths to distinguish automated bot activities from human player behavior in online games.

A game system integrates battle scenarios into city building environments to enhance player engagement through dynamic mode switching.

A master virtual character interacts with a target virtual character to restore a slave object from an unhealthy state.

A virtual scene interaction method uses a single sliding gesture to select group identifiers and travelling routes simultaneously.

An integrated slide mechanism merges mechanical attachment and electrical connection, resolving the complexity of separate connection steps.

A system generates chants from player audio clips to enhance electronic game experiences.

A synthesized image combines real-world camera footage with virtual objects positioned behind the live feed to create depth.

A tracking system maps real-world sensor data to virtual journey schedules based on user pace and preferences.

A ranking-based system coordinates video uploads by recommending optimal timings to players based on evaluation quantity differences.

A GPU renders reserve skill graphics to activate character abilities during player-versus-player matches.

Dynamic direction zones follow the indicated position to resolve contradictions between intuitive operation and accurate input direction determination.

Segmented sensor coils detect magnetic fields to calculate precise finger position, resolving low tracking precision in virtual reality interactions.

A server-side framework analyzes remote gaming frames to track impression content receipt via an API.

Variable bone length in inverse kinematics resolves algorithm complexity when simulating stretchable character body parts.