Video Games TRIZ Cases

A virtual object control system detects player input and determines appropriate crossing or climbing actions based on real-time obstacle attributes.

An encrypted token carries an authentication proof and encryption key to establish secure communication between client and server.

A virtual equipment model dynamically adjusts control parameters based on user skill level.

A game program dynamically changes indication sign movement paths based on user input timing.

A distributed ledger mediates item-account connections to transfer game asset modifications, resolving reliability and complexity trade-offs.

A gaming apparatus senses player coordination and reaction times to dynamically adjust game parameters for consistent engagement.

A server device automates social game group creation by detecting player acceptance notifications and storing the new group entity once the required participation threshold is met.

A virtual scene interaction system manages skill effects through dynamic target values and periodic locking mechanisms.

A system analyzes user interactions with gaming content to identify characterizing keywords for targeted media feeds.

Dual determination regions prevent unnatural muffled audio when large sources are partially hidden from view.

A geo-location quest game system uses Bluetooth Low Energy beacons to track participants and deliver location-based tasks within a shopping environment.

A touch-enabled display identifies input magnitude to drive game actions without dedicated hardware controllers.

Segmenting a virtual operation object into independent hands enables simultaneous prop equipping and throwing, eliminating sequential switching delays.

Entertainment system processes mobile activity data to control game state, resolving the contradiction between personalization and device complexity.

Recording gameplay video and audio streams verifies high scores in non-deterministic games without requiring deterministic engine reproduction.

Concurrent simulation threads predict user inputs to compensate for network latency, ensuring accurate real-time rendering of game scenarios.

Local resource caching and real-time somatosensory processing reduce network dependence while maintaining server synchronization for offline support.

A game controller detects housing orientation to correct object movement vectors in a virtual world.

Adjusting object transmittance based on camera orientation resolves visibility loss when viewing obstructed items in virtual spaces.

Processor replaces game board segments to replenish tiles, resolving boredom from static mechanics while maintaining simple core interactions.

A virtual camera control section adjusts distance and angle of view when a player character enters a special state.

A network system generates a directional index to locate off-screen chatting partners in virtual spaces.

Identifying image information encodes game medium data to reproduce decks across terminals without direct communication.

Processor assembly processes biometric input to tailor racing simulation outputs including haptic steering wheel feedback.

A processing resource enables augmented reality object sharing across distinct environments using scan data and rendering coordination.

A game server application virtualizes single-machine software to enable remote access across multiple client devices.

A mobile game interface segments in-game actions into convenience and restricted tiers to balance functionality with device resource limitations.

A terminal apparatus calculates a route to a predetermined position in virtual space based on player input.

A targeting system uses a lock-on reticle and free-moving reticle to manage primary and secondary targets simultaneously.

Accessory management software associates input functions with actions, resolving setup complexity and improving response times.

Accumulating energy from eliminated pattern objects enables enhanced attacks, reducing game duration and processing overheads.

An augmented virtual reality object creation engine converts real world data into digital objects for immersive media authoring.

Electronic gaming environment simulates real-world locations to confirm object presence through player interaction.

A virtual space control system embodies a second virtual space within a first using captured images and virtual objects.

An integrated interface aggregates user and peer presence data to display interactive activities on a single screen.

Segmented affiliation virtual items deliver quality-based bonuses to boost player progression while managing system complexity through modular design.

A music-based video game server transmits content to multiple devices for simultaneous play, enabling seamless social interaction.

Thumb dome inputs resolve precision and comfort contradictions by enabling dynamic circular motions that reduce strain during extended gaming sessions.

A unified operating device manages both gaming applications and external display control through a single interface.

Assigning independent collision attributes enables repulsive force calculations that prevent clipping artifacts and restore realistic combat performance.

A video game processing apparatus dynamically selects participating characters to maintain a predetermined player count.

A controller detects shear and moment parameters from a single operation handler to execute distinct movement and orientation controls.

A data provision system separates game content into essential and supplementary data streams to enable immediate rendering upon execution start.

An action information sharing module maps user history across services to enable immediate data transmission.

Image processing system identifies related virtual viewpoint images to simplify digital content selection.

A game apparatus calculates movement parameters by averaging current and previous touch coordinates to reduce input jiggling.

A network game server mediates connections between trial and released version apparatuses.

A computer-generated puzzle framework segments the display into a rack and image zone to simplify piece placement on small screens.

An AI-powered game engine generates dynamic worlds in real-time, resolving the trade-off between development simplicity and infinite replayability.