The other condition can include at least one of the following: 1) a condition for selecting serving frequencies of measResultServFreqNumber (e.g., m), in order of channel states from lowest to highest, from among the SCells in deactivate state, and including measResultServFreq of a corresponding serving frequency in the measResultServFreqList; 2) a condition for selecting serving frequencies of measResultServFreqNumber (e.g., m), in order of channel states from highest to lowest, from among the SCells in deactivate state, and including measResultServFreq of a corresponding serving frequency in the measResultServFreqList; 3) a condition for selecting serving frequencies of measResultServFreqNumber (e.g., m), in order of channel states from highest to lowest (or lowest to highest), from among the SCells that are in activate state but the measurement results of which have not been included in the measResultServFreqList, and including measResultServFreq of a corresponding serving frequency in the measResultServFreqList; and 4) a condition for selecting and including frequencies in order of SCellIndex. The symbol m refers to the number of serving cells preferentially included in the measResultServFreqList, and can preferably have a value between 1 and 4, for example. When dual connectivity is configured and PUCCH SCell is not configured; or when dual connectivity is not configured and only PUCCH SCell is configured, m can be 2. When dual connectivity is configured and PUCCH SCell is configured in one of the two cell groups, m can be 3. When dual connectivity is configured and PUCCH SCell is configured in the two cell groups, m can be 4.
[Method 4 of Adjusting measResultServFreqList]