Information processing method with voice recognition

An information processing method applied in an electronic apparatus including at least two different voice recognition modules and two usage modes, and a first usage mode in the two usage modes corresponds to a first voice recognition module in the at least two different voice recognition modules, the method comprising:

• obtaining first voice information to be recognized;
• obtaining that the current mode of the electronic apparatus is a first usage mode;
• determining that the voice recognition module corresponding to the first usage mode is a first voice recognition module in the at least two different voice recognition modules based on correspondence relationship between the usage mode and the voice recognition module;
• and
• recognizing the first voice information to be recognized by the first voice recognition module to obtain a voice recognition result;
• the method further includes:
• detecting to obtain second voice information when the electronic apparatus is in a second usage mode;
• determining whether there is a first control instruction controlling the electronic apparatus to enter the first usage mode;
• recording third voice information input by the user between a first moment of generating the first control instruction and a second moment of switching to the first usage mode when there is the first control instruction;
• controlling the electronic apparatus to enter the first usage mode when there is the first control instruction.

An information processing method applied in an electronic apparatus including a first processing unit whose power consumption is a first power consumption and a second processing unit connected to the first processing unit, wherein, the power consumption of the second processing unit is a second power consumption which is larger than the first power consumption, the method comprising:

• when the second processing unit is in a disabled status, the first processing unit obtaining first sound information of a first user;
• the first processing unit deciding whether the first sound information satisfies a first preset condition;
• the first processing unit generating a trigger instruction and sending the trigger instruction to the second processing unit to make the second processing unit be in an enabled status when the first sound information satisfies the first preset condition;
• the second processing unit obtaining second sound information of the first user;
• the second processing unit generating a first acoustic control instruction corresponding to the second sound information based on correspondence relationship between the sound information and the acoustic control instruction;
• wherein the electronic apparatus includes at least two different voice recognition modules and two usage modes, and a first usage mode in the two usage modes corresponds to a first voice recognition module in the at least two different voice recognition modules,
• wherein the method further includes:
• detecting to obtain second voice information when the electronic apparatus is in a second usage mode;
• determining whether there is a first control instruction controlling the electronic apparatus to enter the first usage mode;
• recording third voice information input by the user between a first moment of generating the first control instruction and a second moment of switching to the first usage mode when there is the first control instruction;
• controlling the electronic apparatus to enter the first usage mode when there is the first control instruction.