A method for measuring a channel in a wireless communication system, the method comprising: receiving (S100, S200), by a user equipment, UE, a measurement configuration message from a network, wherein the measurement configuration message includes configuration information for a radio link monitoring, RLM, measurement and a measurement configuration message from a network, wherein the measurement configuration message includes configuration information for a channel quality indicator, CQI, measurement; performing (S110, S210), by the UE, a first RLM measurement and a first CQI measurement based on the measurement configuration; detecting (S120, S230), by the UE, an in-device coexistence, IDC interference, wherein the IDC interference is detected when two different types of radio access technology, RAT, scheme are turned on; after detecting the IDC interference, performing (S140, S240), by the UE, a second RLM measurement and a second CQI measurement, wherein the second RLM measurement and the second CQI measurement is performed without an avoidance of the IDC interference; transmitting (S150, S250), by the UE, an IDC indication to the network, wherein the IDC indication includes one or more unusable frequencies and one or more time division multiplexing, TDM, patterns causing the IDC interference; after transmitting the IDC indication, performing (S160, S260), by the UE, a third RLM measurement and a third CQI measurement, wherein the third RLM measurement is performed with the avoidance of the IDC interference, and the third CQI measurement is performed without the avoidance of the IDC interference; receiving (S170, S270), by the UE, a second measurement configuration message from the network, wherein the second measurement configuration message includes one or more TDM patterns resolving the IDC interference; and after receiving the second measurement configuration message, performing (S180, S280), by the UE, a fourth RLM measurement and a fourth CQI measurement, wherein the fourth RLM measurement and the fourth CQI measurement is performed with the avoidance of the IDC interference. receiving (S100, S200), by a user equipment, UE, a measurement configuration message from a network, wherein the measurement configuration message includes configuration information for a radio link monitoring, RLM, measurement and a measurement configuration message from a network, wherein the measurement configuration message includes configuration information for a channel quality indicator, CQI, measurement; performing (S110, S210), by the UE, a first RLM measurement and a first CQI measurement based on the measurement configuration; detecting (S120, S230), by the UE, an in-device coexistence, IDC interference, wherein the IDC interference is detected when two different types of radio access technology, RAT, scheme are turned on; after detecting the IDC interference, performing (S140, S240), by the UE, a second RLM measurement and a second CQI measurement, wherein the second RLM measurement and the second CQI measurement is performed without an avoidance of the IDC interference; transmitting (S150, S250), by the UE, an IDC indication to the network, wherein the IDC indication includes one or more unusable frequencies and one or more time division multiplexing, TDM, patterns causing the IDC interference; after transmitting the IDC indication, performing (S160, S260), by the UE, a third RLM measurement and a third CQI measurement, wherein the third RLM measurement is performed with the avoidance of the IDC interference, and the third CQI measurement is performed without the avoidance of the IDC interference; receiving (S170, S270), by the UE, a second measurement configuration message from the network, wherein the second measurement configuration message includes one or more TDM patterns resolving the IDC interference; and after receiving the second measurement configuration message, performing (S180, S280), by the UE, a fourth RLM measurement and a fourth CQI measurement, wherein the fourth RLM measurement and the fourth CQI measurement is performed with the avoidance of the IDC interference.