Navigation Instruments TRIZ Cases

A runway takeoff monitor calculates stopping positions using aircraft energy and braking data.

A mapping system adjusts point of interest prominence using user classification bias values.

A touch panel controller creates a selection area from multiple simultaneous touch positions to specify nautical chart symbols.

An alarm apparatus integrated into a pilot's headset uses an attitude sensor to detect head inclination and trigger alerts when attention drifts.

Abstraction component generates virtual display pages to map signals between incompatible aircraft system components and physical displays.

Segmenting workflows protects security while outsourcing computation, using similarity assessments to verify results.

Lane graph segmentation reduces edge complexity for autonomous vehicle routing policy computation.

Statistical models analyze vehicle motion profiles to detect road features, replacing unreliable manual inspection methods.

A processing unit increases transparency of critical flight information symbols near the flight path marker on primary flight displays.

A spatial index structure clusters destination documents as vectors to accelerate query processing in navigation systems.

Adaptive display systems transition between takeoff, cruise, and landing views to resolve navigation complexity in dense urban airspace.

Removable sensor and server assemblies resolve the conflict between measurement precision and vehicle adaptability in autonomous mapping.

Segmented sensor zones and periodic sampling reduce response time while managing system complexity.

A processing device adjusts a sink rate alert envelope based on real-time pitch angle values to detect unusual negative pitch attitudes.

Visual display system calculates and projects synthetic runway markers to resolve pilot identification delays during low visibility approaches.

A GPS management system updates location data based on movement distance thresholds.

Controller monitors driver condition to switch autonomous navigation control to manual mode, preventing accidents when drivers are unready.

A dynamic runway indicator displays a conformal polygon to guide aircraft alignment during landing approaches.

Interactive primary flight display annunciations retrieve associated checklists directly from the cockpit interface.

Height-adjusted polygon rendering creates triangular sections that clarify turn directions on complex 3D maps.

Calculates maximum climb or descent slope using differential equations to provide pilots with accurate trajectory information for safe altitude changes.

Navigation system processes route plans and environmental data to generate visual threat alerts for potential collisions.

Radar determines position by combining speed from frequency shifts with distance from signal travel time, reducing system complexity while maintaining accuracy.

Segmented sitemaps resolve GPS limitations by providing exact subpart locations, eliminating delivery search delays.

A fishfinder display device links stored location data to an autopilot system via touch input.

Controller correlates mobility position with map data to calculate rut shape, resolving sensor inaccuracies from high vibration frequencies.

Generic interfaces in a modular tracking architecture enable flexible sensor exchange, reducing reprogramming time while maintaining component compatibility.

A concierge system generates batch availability scores to modify map displays for retail pickers.

Emulation system generates composite navigation signals from GPS data to drive legacy course direction indicators, eliminating separate receiver units.

A transformation module aligns digital maps from different coordinate systems to calculate accurate pose estimates for mobile vehicles.

A route determination system selects paths for autonomous vehicles using passenger presence detection.

Color-coded indicators in the peripheral field of view convey objective braking performance data, resolving pilot cognitive load trade-offs during landing.

Visual presentation of aircraft status relative to scheduled milestones consolidates multi-source operational data into a single centralized display interface.

A synthetic vision system displays radio navigation beacons using distinct visual forms based on proximity to the aircraft.

Automated system segments natural language queries into geographical regions and point-of-interest locations to retrieve building information.

A computer system scales overlapping map polygons to resolve rendering intersections.

A multi-IMU combination unit fuses inertial sensor data through unified processing logic.

A probabilistic heading model fuses inertial measurement unit data with satellite signals to generate estimated heading objects.

An information processing device estimates position values to decide whether target data requires transmission to an external system.

A waypoint list display anchors the selected entry while scrolling to maintain pilot position awareness.

A positioning apparatus adjusts signal reception intervals based on satellite availability to conserve battery energy.

Segmenting the guidance panel into distinct regions clarifies command logic, preventing pilot mode errors from complex avionics.

A controller updates an electronic map with symbolic obstacle representations derived from textual communications received via a remote server.

A method for adaptive identification of erroneous GPS observed values uses dead reckoning trajectories to filter data.

A particle filter fuses GPS and IMU data to produce high-rate position estimates, resolving the trade-off between update speed and measurement precision.

A graphical map display integrates time-encoded textual weather data into intuitive pictograms representing past, current, and future conditions.

A rule-based tool tracks item co-location using transmitters and receivers to generate alerts when items are separated.

Contextual organization of pre-recorded audio phrases enables scalable simulated conversations without requiring live voice talent or complex synthesis.