Video Games TRIZ Cases

The system tracks game states and routes players at similar in-game locations into communities that reduce spoiler exposure.

Predefined gameplay activities let developers package demos from existing games and end access automatically.

Separate generator and discriminator updates in a zero-sum game improve GAN stability, real-data learning, and mode coverage.

A mixture density network predicts next sports events from score and position data while capturing uncertainty across contexts.

This case models a player's skills and persona from historical gameplay so a proxy can continue multiplayer tasks without constant input.

A recode engine converts live inter-frames into intra-frames, enabling segment capture without transcoding the entire stream.

This case uses a player model to predict grinding content, offer auto-play, and maintain manual play for interactive sections.

Real-world telematics create virtual driver characters that mirror driving traits. Gameplay helps drivers recognize vehicle safety risks.

Manage game sessions across on-premises and third-party hosts through one interface.

The system groups players by position and generates role-specific event conditions to strengthen interaction in location-based games.

When a player leaves, a server-stored token transfers role and participation state to a suitable substitute through social media.

This case activates jump and jump-attack inputs by character state, adding varied combat options while keeping controls context-specific.

This case estimates both object trajectories and a candidate collision space to improve accuracy without checking every collision point.

Airborne-state controls activate jump attacks at the right moment, expanding battle royale combat beyond repetitive ground play.

Virtual directory numbers connect VR avatars with persona-based communication rules, addressing fragmented reachability across metaverses.

A walk parameter triggers character-linked events, updating affinity to broaden game-media use and sustain player interest.

The server compares expected and actual answer composition rates to create gradient scores that improve fairness and engagement.

Airborne and jumping checks activate motion inputs, adding battle royale combat variety without overly complex controls.

This game system generates related content from first content, grants it to another user, and issues a related token after a set period.

This case combines segmented character metadata, blockchain storage, and gameplay updates to manage customizable player token NFTs.

Camera-driven posture control lets falling characters shoot in freer directions.

This case stores lockstep game states from frame inputs, enabling spectators to join mid-match and scrub, pause, rewind, or fast-forward.

Collision and length constraints adapt skeletal joint positions to different character profiles while preserving motion semantics.

Server-mediated lockstep play reduces lag pauses and supports reconnection.