Using Reradiation TRIZ Cases
- Vehicle Wireless Ranging Using Polarized Antennas and Phase Selection
Distance is estimated by switching phase pairs based on RSSI from two polarized vehicle antennas, improving blocked Bluetooth ranging accuracy.
- Indoor Workpiece Tracking for Real-Time Metalworking Control
Electromagnetic indoor positioning links mobile units to workpieces, cutting allocation errors and downtime in steel and sheet metal processing.
- Pipeline Pig Ultrasound Positioning Through Thick Pipe Walls
Ultrasound transducers track pig position through pipeline walls and enable faster communication than low-frequency electromagnetic methods.
- Indoor Workpiece Localization for Steel Process Control
Electromagnetic indoor tracking links mobile units to steel workpieces, cutting manual search time and improving process control accuracy.
- TCAS Flight Parameter Sharing for Wake Vortex Calculation
A restricted confidence volume lets TCAS share lead-aircraft flight parameters for accurate wake vortex calculation without exceeding bandwidth.
- Carrier Phase Positioning Using Multi-Subcarrier Ambiguity Resolution
Using reception phase from multiple subcarriers, this case resolves integer ambiguity to improve wireless positioning accuracy and reliability.
- Vehicle Sound Source Distance Estimation Using Harmonic Energy Ratios
Harmonic energy ratios help vehicles estimate emergency sound source distance more reliably than amplitude alone under changing conditions.
- Ultrasound Wake-on-Voice Gating for False Activation Control
Ultrasound proximity checks gate wake-on-voice activation to cut false triggers, save energy, and limit unauthorized responses.
- Elevator Door Vibration Sensing for Accurate Floor Detection
An accelerometer integrated into the elevator door light grid uses door vibration profiles to identify the stopped floor more reliably.
- Radio Target Distance Estimation Using Multipath Correlation
Correlation with a simulated direct-plus-multipath signal improves radio target distance estimation when power-based methods are distorted by reflections.
- High-Resolution Radio Distance Measurement Without Phase Sensing
Measure radio distance precisely from time of flight without phase sensing.
- Distance Estimation Using Training Signals in Millimeter Wave Beamforming
Directional training signals eliminate calibration sensitivity and device cooperation requirements for precise millimeter wave distance measurement.
- Joint Beam Selection and Resource Partitioning in mm-Wave Networks
A joint optimization method for beam selection and transmission resource partitioning in mm-wave networks.
- Virtual Frequency Switching for Timing Precision
Determines virtual frequency switching times via phase relationships, resolving wavelength-dependent ambiguity and reducing device complexity.
- Radio Wave Phase Correction for Antenna Support Distortion
A measurement apparatus corrects radio wave phase data to account for support member distortion in large-scale antenna systems.
- Kinematic State Estimation Using Interacting Multiple Model Filtering
Interacting multiple model filtering estimates user equipment kinematics using range rate and range data to identify rogue drones.
- Sound Source Detection Using Multi-Class Pattern Recognition
A sound source detection system classifies acoustic characteristics using a multi-class SVM to estimate the position of approaching vehicles.
- Payment Terminal Merging Multiple User Requests
A payment terminal consolidates individual user requests into a single transaction to streamline processing.
- Multi-device Voice Control via Context-Aware Ranking
A multi-device control system combines distance metrics with context-specific correction scores to identify the intended device for voice commands.
- Vehicle Navigation Radar Signal Visualization
Integrating radar detection with navigation displays visualizes signal source proximity, resolving poor information clarity without adding device complexity.
- Time-of-Arrival Range Filter for 5G Resource Management
Autonomous range filtering reduces radio resource consumption and isolates high-demand groups without additional signaling overhead.