A method for information processing, performed by a terminal, comprising: according to a plurality of predefined uplink duty cycles corresponding to a first network device, determining a plurality of maximum uplink duty cycles capable of being scheduled by a second network device, wherein there is a correspondence relation between the plurality of maximum uplink duty cycles and the plurality of predefined uplink duty cycles (202, 302, 402); and reporting the plurality of maximum uplink duty cycles, wherein the plurality of maximum uplink duty cycles are used for the second network device to select, according to a specific strategy, a referenced maximum uplink duty cycle from the plurality of maximum uplink duty cycles when scheduling a transmission time of the terminal (203, 303, 403); characterized in that the method further comprises: controlling the transmission power according to a relationship between the first uplink duty cycle and the plurality of predefined uplink duty cycles; wherein controlling the transmission power according to the relationship between the first uplink duty cycle and the plurality of predefined uplink duty cycles comprises: acquiring a first uplink duty cycle actually scheduled by a first network device for the terminal in a time window; determining a relationship between the first uplink duty cycle and a maximum value of the plurality of predefined uplink duty cycles; and performing power back-off or power level back-off when the first uplink duty cycle is greater than the maximum value; when the first uplink duty cycle is less than or equal to the maximum value, the method further comprises: determining a referenced maximum uplink duty cycle from the plurality of maximum uplink duty cycles according to a specific strategy, acquiring a second uplink duty cycle actually scheduled by the second network device for the terminal in the time window; and performing power back-off or power level back-off when the second uplink duty cycle exceeds the referenced maximum uplink duty cycle. according to a plurality of predefined uplink duty cycles corresponding to a first network device, determining a plurality of maximum uplink duty cycles capable of being scheduled by a second network device, wherein there is a correspondence relation between the plurality of maximum uplink duty cycles and the plurality of predefined uplink duty cycles (202, 302, 402); and reporting the plurality of maximum uplink duty cycles, wherein the plurality of maximum uplink duty cycles are used for the second network device to select, according to a specific strategy, a referenced maximum uplink duty cycle from the plurality of maximum uplink duty cycles when scheduling a transmission time of the terminal (203, 303, 403); characterized in that the method further comprises: controlling the transmission power according to a relationship between the first uplink duty cycle and the plurality of predefined uplink duty cycles; wherein controlling the transmission power according to the relationship between the first uplink duty cycle and the plurality of predefined uplink duty cycles comprises: acquiring a first uplink duty cycle actually scheduled by a first network device for the terminal in a time window; determining a relationship between the first uplink duty cycle and a maximum value of the plurality of predefined uplink duty cycles; and performing power back-off or power level back-off when the first uplink duty cycle is greater than the maximum value; when the first uplink duty cycle is less than or equal to the maximum value, the method further comprises: determining a referenced maximum uplink duty cycle from the plurality of maximum uplink duty cycles according to a specific strategy, acquiring a second uplink duty cycle actually scheduled by the second network device for the terminal in the time window; and performing power back-off or power level back-off when the second uplink duty cycle exceeds the referenced maximum uplink duty cycle. acquiring a first uplink duty cycle actually scheduled by a first network device for the terminal in a time window; determining a relationship between the first uplink duty cycle and a maximum value of the plurality of predefined uplink duty cycles; and performing power back-off or power level back-off when the first uplink duty cycle is greater than the maximum value; when the first uplink duty cycle is less than or equal to the maximum value, the method further comprises: determining a referenced maximum uplink duty cycle from the plurality of maximum uplink duty cycles according to a specific strategy, acquiring a second uplink duty cycle actually scheduled by the second network device for the terminal in the time window; and performing power back-off or power level back-off when the second uplink duty cycle exceeds the referenced maximum uplink duty cycle. determining a referenced maximum uplink duty cycle from the plurality of maximum uplink duty cycles according to a specific strategy, acquiring a second uplink duty cycle actually scheduled by the second network device for the terminal in the time window; and performing power back-off or power level back-off when the second uplink duty cycle exceeds the referenced maximum uplink duty cycle.