the diagnostic card 302 controls the vehicle according to the parsing result of the second control instruction such that a passenger in a rear seat can control the vehicle by using the mobile terminal 301 and it is prevented that a driver is distracted to help the passenger in the rear seat in making an adjustment thereby facilitating the passenger in the rear seat to control the vehicle by analyzing the habit of the user the mobile terminal 301 controls the vehicle when the vehicle is started and controls the vehicle automatically based on the habit of the user thereby improving user experience a mobile terminal is provided according to an embodiment of the present disclosure referring to fig4 the mobile terminal is the mobile terminal in the embodiment as shown in fig3 it should be understood that the mobile terminal 400 as shown in fig4 is merely schematic the mobile terminal 400 may include more or less components than the components as shown in fig4 or may have a different component configuration and in the mobile terminal 400 two or more components may be combined together various components as shown in fig4 may be implemented in hardware software including one or more signal processing and or application specific integrated circuit or a combination of the hardware and the software it is described according to an example of the mobile terminal 400 fig4 is a schematic structural view of a mobile terminal for controlling a vehicle according to the present disclosure as shown in fig4 the mobile terminal 400 includes a memory 401 a central processing unit cpu 402 a peripheral interface 403 an rf circuit 404 an audio circuit 405 a speaker 406 a power management chip 407 an input output i o.