Road Vehicles Traffic Control TRIZ Cases

Always encoding the merge flag and adding zero-motion candidates simplifies video bitstream parsing and improves error resilience.

Checks building routes against mobile system parameters at predefined points to validate clearance and support safer replanning.

Directional scaling creates non-circular clustering regions to connect guardrail detections without closing real gaps or mislabeling free space.

Dynamic wait dependencies coordinate movable machine paths to avoid collisions, cut waiting time, and prevent deadlocks.

Batch commands let a remote server control multiple vehicles at once while checking capability first and reporting which vehicles succeeded.

A drone allocation component remotely provisions shared drones from user requests, avoiding controller handover and reducing redundant ownership.

Body sensors share the chassis J1939 CAN bus through unassigned PGN/SPN pairs, cutting upfit wiring time and enabling bidirectional data exchange.

Sensor-based emergency detection identifies nearby emergency vehicles, computes an assistance location, and updates autonomous driving controls.

A trigger classifier flags rare sensor events during vehicle operation, sending only relevant data to speed training set growth.

Wireless ride control routes vehicles to an alternate path when maintenance is due, simplifying wiring while keeping movement and show timing synchronized.

V2V signals help a vehicle detect adjacent autonomous override risk, estimate collision probability, and trigger defensive maneuvers.

Projected navigation grids and onboard detectors enable precise multi-vehicle guidance and traffic plans in complex zones to reduce collisions.

Dynamic geofence and release-zone control alerts only nearby vehicles, then stops alerts after the emergency vehicle passes.

Iron-oxide ferrite road markers replace sealed neodymium units to cut size and installation cost while preserving vehicle magnetic detection.

Vehicle-mounted detection beams and 3D coordinate fitting improve road boundary detection accuracy in bad weather and special road conditions.

Scheduled position and timestamp control keeps unconnected ride vehicles synchronized, reducing feedback complexity and maintenance costs.

Destination-based seat assignment and display help automated taxis load passengers in order, speed unloading, and prevent departure before correct seating.

Internal model-based distributed feedback lets heterogeneous vehicles track leader outputs despite plant uncertainty and unknown exosystem dynamics.

Two-zone protected regions around manned mine vehicles cut wireless congestion while maintaining collision avoidance for autonomous traffic.

Real-time transfer-rate and location data help plants dispatch haul trucks in sync with cold planer output, reducing idle waits and underuse.

Interpolated video and telematic streams are aligned at a common sample rate, improving reconstruction accuracy while reducing processing load.