Navigational Calculation Instruments TRIZ Cases

Navigation assistance data supplies flight-specific ranking to determine UAV routes dynamically, resolving safety and compliance contradictions.

Stationary RFID tags store location data to guide mobile readers, resolving infrastructure complexity by embedding navigation information directly in the tag.

Navigation application generates turn-by-turn instructions by mimicking physical station signs to guide users through complex transit venues.

Transmitters shift voice signals to inaudible ultrasonic frequencies, enabling precise indoor and outdoor localization without complex camera systems.

A surface tracking device reorients optical flow sensors to measure distance and maintain alignment with surrounding terrain.

Assigning cost values to grid cells in an open area map enables efficient point-to-point pedestrian routing while avoiding unnecessary paths.

A navigation system updates target elements using a verify change request module that checks validity against confidence levels.

Unmanned aircraft extend IoT monitoring coverage by investigating remote locations and reporting event data, resolving limited sensor range constraints.

A smartwatch integrates navigation and destination handling to guide users through elevator systems.

An information output device displays movement directions on a map to reduce radio wave interference impact.

Periodic AC magnetic field transmissions reduce power consumption while maintaining accurate 3D localization for indoor navigation.

An inertial tracking system adapts to varying phone placements through automatic classification, correcting trajectory errors against map constraints.

Aircraft trajectory determination module precalculates reference profiles using required distances for lateral discontinuities.

Magnetic field measurements detect building-specific anomalies to resolve Wi-Fi signal fluctuations and cellular coverage limitations.

A system assimilates IoT biometric and terrain data to calculate unique hiking experiences.

A navigational solution manager computes receiver position using initialization measurements from satellite data.

A device updates quaternion attitude using triaxial gyro outputs to derive angular speed from Euler angle changes.

Parsing dynamic icon resource packs generates real-time effects without storing full animation files, resolving storage space versus information loss.

Electronic control unit recalls stored bearing data to adjust crop deflectors, reducing manual operator intervention during harvesting.

Logical survey points decouple sensor data from physical coordinates, preventing data obsolescence in dynamic venues.

Distributed labels create a coordinate system for indoor positioning, overcoming signal blockage and blind areas found in GNSS or camera-based methods.

A navigation system schedules tasks based on route proximity to activate sensors before environmental transitions.

A positioning device selects a subset of an indoor Earth magnetic field map to determine its location estimate.

Distinct sweeping cycles prevent laser overlap in expanded indoor positioning spaces while maintaining measurement precision.

A UAV connection monitoring mechanism tracks network status to update position data.

Determines aircraft position error by calculating angular alignment biases from ILS signals to correct runway misalignments.

Motion planning system routes dissimilar aircraft through airspace by projecting incremental states and selecting optimal paths based on aggregate cost.

A situational awareness tool overlays geotagged observations on device-specific background images to enhance operator visibility.

A mobile sensor platform estimates and optimizes plane orientations using range, gravity, and magnetic field data to generate accurate axis maps.

A marine electronics device generates a map overlay indicating possible destinations within the watercraft's range based on current conditions.

A location-based information delivery system uses a show radius parameter to list nearby points of interest for pedestrian users.

Spatial audio and haptic cues guide users around real-time obstacles, resolving the conflict between navigational reliability and device complexity.

A visitor management system generates and displays dynamic maps on mobile devices to guide users through secured areas.

Aggregates weighted location data from transaction and user devices to predict user positions, reducing redundant tracking and conserving computing resources.

A radar detection device evaluates reflected radiation to identify seat occupancy through vital sign analysis.

A vehicle transmits display information to a stationary control unit that generates adaptable pattern graphics for camera detection.

Decoding visual codes enables autonomous drone operation without real-time remote control, reducing operator intervention needs.

A navtex receiver extracts latitude and longitude data from broadcast signals to compute distances to event sites.

A UAV collects soil layer data to generate earthmoving prescription maps.

A motion-based message delivery system manages communication availability using real-time vehicle tracking data.

A mobile terminal controller displays notification indicators for overlapped objects in a camera preview image.

A venue-secured application manages mobile station location estimation using RF beacon data and digital maps.

Low-frequency RFID wake-up beams energize pendants for indoor tracking, eliminating GPS signal blockage by solid objects.

Dynamic hazard filtering reduces pilot workload by displaying only relevant threats based on operational context.

Elevation database provides vertical position measurements for Kalman filter processing in cordless inertial navigation systems.

A system compares 3D geoposition uncertainty regions with volumetric structure shapes to determine indoor or outdoor device states.

A custom zooming application renders geographic objects with differential visibility based on relevance degrees.