Autonomous Vehicle Command Relay for Unexpected Road Hazards

The patent introduces an operation server as an intermediary between autonomous vehicles and the control system. The server receives environmental data from vehicles, processes it to detect unexpected road conditions, and generates appropriate commands. This mediator approach allows vehicles to adapt to unexpected conditions without requiring complex decision-making algorithms within each vehicle, thus improving adaptability while managing device complexity at the server level.

The system performs preliminary actions by continuously monitoring environmental data and detecting unexpected road conditions before they become critical hazards. The operation server proactively generates avoidance commands and transmits them to vehicles in advance, allowing vehicles to take preventive action rather than reacting to emergencies, thereby improving adaptability without requiring complex real-time decision systems in each vehicle.

The operation server continuously monitors environmental data and detects unexpected road conditions in advance, generating avoidance commands before vehicles encounter hazards. This preliminary detection and command generation reduces the effective response time needed during critical moments, maintaining safety while managing communication delays by preparing commands proactively rather than reacting to emergencies.

The system implements a feedback loop where vehicles transmit environmental data to the operation server, which processes the information and returns optimized avoidance commands. This continuous feedback mechanism allows the centralized system to maintain navigation safety by constantly updating vehicles with the latest hazard information and optimal avoidance strategies, compensating for communication delays through iterative refinement of commands.