Video Games TRIZ Cases

Shared world and battle map data removes scene breaks, while environmental factors modify pet skill effects for smoother, deeper turn-based play.

Serialized game state data feeds an ML model that scores cheating likelihood, enabling reliable server-side anti-cheat actions.

Touch-based pet container controls cut interface switching and unify combat and exploration in one virtual world.

A unified virtual card links character movement and skill release, cutting learning effort and making virtual scene interaction more intuitive.

Precomputed multi-view 3D photographs make virtual-space objects editable, viewable from different angles, and transferable with lower rendering load.

Simultaneous game and communication apps share group camera, audio, and account data through an API to enable richer real-time multiplayer play.

Basic rendering stays on the mobile device while cloud preprocessing adds advanced 3D effects with lower GPU load and stable user experience.

Vertex-group simplification limits material types and merges adjacent mesh vertices to cut rendering load while preserving natural material transitions.

User-set display restrictions let group game terminals suppress unwanted camera images while preserving communication and gameplay.

Complex virtual collision bodies are converted into regular geometry objects to cut calculation load while preserving collision accuracy.

A movable skill identifier that clings to nearby virtual objects improves aiming accuracy and cuts repeated joystick actions in virtual scenes.

A relay server preserves shared state and selects a new simulating host when one fails, reducing latency, cost, and disruption.

Expanding the NPC imitation region over time staggers action starts, keeping group motion natural while staying synchronized.

Drag-triggered picture adjustment removes extra on-screen controls, speeding virtual scene positioning and simplifying object placement.

A pop-up prop window with built-in purchase controls lets players view and buy character items without repeated interface switching.

A linked virtual role handles trigger-based audience actions during live broadcasts, easing anchor pressure while keeping interaction efficient.

Real-time heart rate and breathing data adapt phase-based shooting guidance to improve precision and training realism in simulations.

Staged board setup lets players place blockers and boosters before play, balancing level personalization with manageable mobile UI complexity.

Real-time connection monitoring enables online games to switch available play modes, preserving a more consistent experience on weak networks.

Stored user preferences are shared across games so difficulty and other settings apply automatically, cutting repetitive setup time.

Automatic target selection filters enemies by defeat condition and hit rules to match player intent and improve MOBA skill accuracy.

Reinforcement learning combines battle-state iteration with behavior trees to avoid over-fitting and make virtual character decisions more player-like.

Real-time command, action, and effect notifications help novice players understand skilled replacement play without blocking the game view.

When stick drift appears during controller idle time, dead-zone geometry is adjusted to suppress false inputs without reducing responsiveness.

A blockchain ledger and smart contracts let gaming NFTs and rewards move across channels securely, improving transferability and transaction trust.

A joystick-style controller places and orients virtual building objects in one touch-release flow, cutting multi-step interaction time.

Real-time LED wall backgrounds track actor perspective to support concurrent viewpoints, immersive level design, and freer set and costume choices.

Embedded LED tiles replace projectors on contoured ramps, eliminating image distortion while enabling full-surface interactive video.

Suspicion-based map marking reveals attacker locations from clue-triggered interactions, improving defender awareness and game competitiveness.

Using Wi-Fi and mobile links together, this case cuts gameplay latency and frame freezing through adaptive link selection.

A two-stage attack control adds an adjacent action trigger so one finger can attack and perform another virtual object action at the same time.

Real-time preview and staged changers expand game UGC skin editing beyond color, improving interaction efficiency and resource use.

A dual-region virtual joystick expands touch range while keeping movement input consistent through peripheral sliding control.

AI-processed microphone input highlights beneficial real-world sounds during gameplay while preserving immersion and reducing distractions.

Predicted item quantity changes are shown before camp exchanges, reducing manual coordination and speeding virtual item trading.

AR racing simulation links real vehicle inputs to predicted virtual collisions and responsive feedback for a more immersive driving experience.

A rotary plate and elastic member synchronize strap and cable movement to prevent entanglement, breakage, and headset malfunction.

Automated ban assistance completes virtual object selection when players make no manual ban, improving ban accuracy and game flow.

Spring-loaded clamping and guided insertion let a Joy-Con grip mount and detach quickly while reducing wear and preserving fixing reliability.

Anchor and delta memory snapshots let applications capture, reconstruct, and share game states without overwriting user progress.

AI models adjust game characteristics from player activity to refresh paytables, sustain interest, and avoid costly manual game updates.

A state-changing shooting prop lets a virtual character fire outside a vehicle without leaning out, improving interaction efficiency and avoiding clipping.

Set-difference prop recommendations match virtual characters to tasks, improving outfit accuracy while reducing switching traffic and server load.

Emulator-to-emulator relaying keeps multiplayer game sessions running through communication cutoffs without modifying the original game program.

Motion sensing coordinates wall projection, lighting, and sound to turn a room into an immersive game space with wider interaction.

Caching cut-scenes, audio, and static content at edge servers reduces bandwidth load and improves interactive streaming responsiveness.

Intermediate viewing angles bridge character perspective changes, keeping virtual scene switching smooth while lowering hardware load.

An intermediary translation layer maps sensed user motion to standard keyboard inputs, simplifying game development and OS compatibility.

In-scene character interaction reveals worn equipment and acquisition paths directly, cutting memorization, search steps, and lookup time.

Fusing character status with structured environmental perception cuts decision time and computation while improving virtual action accuracy and realism.