Navigation Instruments TRIZ Cases

Dividing real space into discrete volumetric segments reduces computing power and memory capacity requirements while maintaining navigation accuracy.

Aircraft flight planning system projects jet stream vectors to identify optimal cruise altitude modifications.

A display device adjusts map update frequency based on location and speed data to enable smooth rendering.

Centralized server processes fleet data to generate blockage information, preventing vehicle strandings in hazardous areas.

Confidence scores trigger manual marker correction on web maps, resolving ambiguous address inputs without slowing automated routing.

Photogrammetric calculation replaces complex theodolite setups with a standardized target, resolving precision versus setup time trade-offs.

A landmark retrieval system registers shooting-location data with user-input names to build a precise index.

Flight management processors calculate obscured zones and approach vectors to extend pilot situational awareness beyond the direct field of view.

A visualization device calculates reference distances along aircraft travel routes using wind speed and direction data to display predicted progress markers.

A wrist terminal movement analyzer records position data using sensor readings and GPS to identify specific user motion states.

A dynamic baseline position domain monitoring system calculates theoretical antenna vectors using satellite and inertial navigation data.

Rotating aerodynamic probe uses successive chicanes to transport penetrated liquid toward gravity-driven evacuation circuits.

Auxiliary driftless system estimates accelerometer bias to remove measurement errors from attitude sensor output.

Processor constructs obstacle warning envelope to render three-dimensional view, resolving pilot workload and situational awareness challenges.

Depth data translates 2D image coordinates to accurate geolocations, resolving placement errors when businesses occupy building entrances on adjacent streets.