The invention provides a driving control method applied to an intelligent vehicle. The method comprises the steps a fatigue driving detection system, a fatigue driving recognition system, a fatigue driving control system, a fatigue driving output system and a seat backrest interference system. The fatigue driving detection system and the fatigue driving output system are respectively connected with the fatigue driving control system. The fatigue driving recognition system is arranged in the fatigue driving control system and is connected with the fatigue driving control system. The seat backrest interference system is connected with the fatigue driving control system. The fatigue driving control system is connected with a vehicle central control module. Through the cross check and recognition of image changes positioned at multiple points, the mutual verification and error correction can be achieved. The implementation of wrong instructions is effectively prevented, and the accuracy ofintelligent voice input is greatly improved. The method lays a foundation for the accurate instruction reception of interconnection and interworking between vehicles, accessories, the internet of vehicles, households and the like.