Instruments For Road Network Navigation TRIZ Cases

Positioning device verifies map data integrity using multi-source crosschecks to ensure accurate navigation guidance.

A monitoring device tracks unmanned aerial vehicle geolocation against restricted boundaries to generate alternative navigation methods.

A map display control program superposes excluded point information around a zoomed area to maintain spatial context.

A UAV path optimization method divides users into multicast groups and determines optimal hovering positions to reduce total energy consumption.

A mapping application uses adaptive floating controls to transition between two-dimensional and three-dimensional map views.

A tour route planning system sorts captured photos by location and time to generate customized itineraries.

A navigation system analyzes mobile device traffic data to detect stop sign and light delays for route calculation.

A vehicle traveling control apparatus adjusts target travel paths using lateral position data from peripheral vehicles.

Beam splitting modules divide image light into partial beams, enabling separate visual outputs on multiple screens while reducing center console crowding.

A vehicle information processing device determines pedestrian eye gaze direction to calculate interest levels for dynamic route setting.

A map updating system calculates minimum safety boundaries from sensor data to refresh navigation maps.

A vehicle-mounted touch panel system detects connection to the car and restricts application operations to prevent driver distraction.

A vehicle controller activates a user interface at varying frequencies to maintain driver engagement during semi-autonomous operation.

A navigation system detects lost vehicles by monitoring movement patterns after route guidance ends.

A data communication device converts vehicle bus signals to mobile interfaces using protocol segmentation.

A route recommendation model adjusts link weights using historical data to prioritize popular paths.

A hybrid speech recognition system combines onboard and offboard processing units to generate accurate voice commands in motor vehicles.

A portable information terminal determines transportation line intervals using GPS to provide real-time location updates without manual configuration.

A mobile terminal determines current position and preference routes to present customized navigation information on a display.

A travel route guide device monitors local region constraints to trigger dynamic recalculation of electric vehicle paths.

A navigation app declutters the interface by removing non-essential items from the display.

A context-aware multimedia system compiles suggested actions to simplify information access.

A prediction system processes road sign attributes and weather forecasts to determine visibility states for navigation inputs.

Central processing server compares projected paths of multiple users to identify intersection points and sends navigation directions that prevent collisions.

Clustering algorithms process crowd-sourced vehicle dynamics to extract virtual trajectories, resolving the trade-off between mapping accuracy and update time.

A portable air sampling apparatus uses adhesive surfaces to capture particulates and optical sensors to image them for remote analysis.

A driving control device adjusts lateral movement restriction positions based on recognition reliability to constrain permissible vehicle motion.

Accelerometers measure infrastructure movement to correct environmental sensor readings, resolving precision loss caused by wind-induced vibration.

A remote vehicle control system uses a point-and-click interface to display a 3D local perceptual space for operator interaction.

A navigation apparatus calculates candidate points along a recommended route to display point guide information when satellite positioning fails.

A reinforcement learning module selects vehicles and allocates space by simulating loading scenarios.

A navigation device receives dynamic map data from a distribution server using hierarchical structures.

A vehicle boundary estimation system detects lane markings and road boundaries to define a fictive outer boundary by laterally shifting the lane marking representation.

A navigation system adjusts search category display order based on real-time vehicle and passenger context data.

Segments map generation to resolve precision versus complexity trade-offs, enabling accurate indoor navigation.

A navigation system updates electronic signs with personalized directions based on mobile user equipment location.

Navigation system detects driver touch input to lock interface, preventing hazardous operation while allowing passenger use.

A vehicle control method adjusts seat position using camera monitoring of the passenger environment.

A rideshare system selects dynamic virtual bus stops along vehicle routes to assign pick-up locations.

Autonomous vehicles navigate to specified locations and form ad-hoc wireless networks to detect threats and enhance security during delivery operations.

A terrain mapping database structures off-road segments using motion sensor data to generate tailored navigation directives.

Removable holders enable automatic activity detection and session continuity, resolving manual mode changes and single-activity limitations.

A map matching method uses integrity ellipses to propagate position solutions across time intervals.

A decision-support system generates public transit route options using game theory algorithms to balance individual commuter preferences with collective system efficiency.

A vehicle control system calculates an updated arrival time based on remaining route conditions to adapt the driving strategy.

A display device renders mesh information weighted by overlapping locus logs to visualize travelable areas.

A computer program segments transportation plans to release selected trips automatically based on predefined rules.

A planning server computes touring routes by segmenting travel cycles into specific time periods and spot types.

A navigation system merges route updates from vehicle and passenger devices into a single session.

A low-complexity tightly-coupled integration filter merges inertial measurement unit data with satellite signals using an extended Kalman filter.