Navigational Calculation Instruments TRIZ Cases

Machine learning algorithms classify and dynamically allocate navigation tools on graphical user interfaces based on learned user interaction patterns.

A visual beacon identifier combines position and content data to uniquely identify QR codes.

An enhanced flight vision system verifies image integrity using time stamps and predefined patterns before display.

Geomagnetic direction data constrains the search space for LiDAR mapping, reducing computational complexity in simultaneous localization and mapping.

Statistical analysis of multi-sensor data determines accurate confidence levels, resolving cumulative error accumulation in GPS-denied environments.

Server segments affected regions to deliver prioritized emergency data, preventing communication line overload during disasters.

Controller compares GPS and LIDAR estimates using Kalman filtering to resolve multipath errors and maintain positioning reliability.

A display control device manages image output and superimposition using vehicle signals.

A trained neural network accumulates magnetic parameters from mobile devices to generate a fingerprint map for indoor positioning.

Mobile device system matches real-time acceleration data against stored profiles to trigger relevant applications, eliminating manual intervention delays.

A user terminal measures magnetic fields and movement to generate indoor maps without prior data preparation.

Map data mediates location tracking precision against navigation accuracy, enabling real-time turn-by-turn directions without complex constant monitoring.

Modified extended Kalman filter estimates mobile carrier navigation state using Lie group exponential transformations.

A composite navigation device combines pedestrian dead reckoning and GPS data for location tracking.

A repartitioned model partitions heading error into initial and accumulated states to decouple relative aiding measurements from inertial navigation estimates.

A terminal displays a UAV flight route including an end time arrival point within permitted zones.

A model-based navigation system uses a vehicle physics model to generate corrections for inertial sensor data.

Rendering system overlays navigational graphics on video display using position and orientation data to simplify object identification in complex terrain.

Zone-based filtering selects closest proximity measurements per sector to reduce data volume for marine vessel embedded controllers.

A traveling direction determination device selects a gravity axis and travel axis from triaxial acceleration signals to establish orientation.

Electronic flight bag converts and communicates operational data to the flight management system, resolving manual entry errors and cognitive overload.

Iterative trajectory calculation detects deviations and selects route segments for automatic re-joining.

Sharing a live scene image screen resolves verbal description ambiguity by allowing a remote device to determine precise navigation prompts from visual context.

RFID readers at critical points verify student presence against schedules, resolving insufficient GNSS precision for accurate attendance tracking.

Local magnetic field mapping enables accurate indoor positioning by comparing real-time sensor data against pre-captured environmental maps.

A dissimilar master and slave GNSS architecture processes navigation signals independently to generate guidance data.

Elevators transmit position data to calibrate mobile navigation, reducing hardware costs and installation complexity.

A virtual positioning reference establishes location using predictably repeated code words from terrestrial transmitters.

Sensing device generates shore arrival shape data, enabling automatic boat guidance without manual visual confirmation.

A terminal determines location by fusing weighted algorithm outputs with sensor data.

An intermediary search layer segments printer data to resolve the contradiction between information quantity and ease of operation.

Environmental waypoint insertion process analyzes flight plan trajectories to suggest additional waypoints.

Mobile devices broadcast localization data packets to peers, updating heading angles via peer confidence levels to correct distortive magnetic field errors.

Beacon transmitters deliver customized emergency instructions inside buildings, bypassing cellular network overload and GPS signal blockage.

A terrain mapping system uses virtual tracking features to update electronic maps based on machine position signals.

A mobile device processes stored route records to determine lap times and split times using location and time data.

Route re-planning uses enemy force movement predictions to adjust paths and reduce lethal encounter risks.

A mobile terminal determines location position and retrieves building data from a server, eliminating destructive on-site inspections.

Regional integral difference method detects crop row centerlines through image binarization and longitudinal integration.

Particle filters adjust likelihood values with gyroscope orientation data to identify device location, resolving indoor GPS signal unavailability.

Neural networks generate kernel-based divergence-free velocity fields, resolving ill-defined gradient information and reducing offline training costs.

Dynamic route planning adjusts drone camera alignment and capture parameters based on image quality assessment.

Transforming coordinate systems between measurement devices and guidance units via gravity and compass sensors to resolve compatibility bottlenecks.

Aircraft barometric pressure measuring systems compare static pressure against geopotential altitude references derived from satellite navigation data.

Controller determines vehicle position using fixed infrastructure devices when GNSS signals are unreliable.

A navigation system generates routing costs using probe data and user fitness profiles.

A processor measures vehicle slope to determine parking floor location via wireless communication.