Vehicle Control Device Shunting for Automated Driving Suspension

The system performs preliminary recognition of the real-time environment (road shape, nearby vehicles, construction sites, emergency vehicles) before executing automated driving control. This allows the system to proactively identify environmental changes and adjust control strategies in advance, rather than reacting after problems occur.

The system continuously monitors the real-time environment during automated driving and compares actual conditions with database information. When discrepancies are detected (such as construction sites or emergency vehicles), the system provides feedback to modify control parameters or suspend automated driving, creating a closed-loop control system that adapts to changing conditions.

The system dynamically adjusts the operational state of monitoring devices based on the recognized environmental level. When the environment is favorable, all monitoring devices operate at full capacity. When environmental level decreases, the system selectively maintains critical monitoring functions while reducing or shutting down non-essential devices, creating a dynamic power management strategy that balances energy consumption with safety requirements.

The system applies different operational modes to different monitoring devices based on their importance for safety. Critical sensors (such as collision detection sensors) maintain full operation even when power is conserved, while less critical devices (such as entertainment or comfort sensors) are shut down. This localized quality approach ensures safety is maintained while reducing overall power consumption.