A method of a wireless communication device for operation in a wireless communication network using Orthogonal Frequency Division Multiplex, OFDM, technology comprising a plurality of cells, the method comprising: performing radio resource management measurements based on received reference signals of one or more of the cells, wherein the radio resource management measurements are performed over a bandwidth comprising a first number, K, of subcarriers; organizing the first number, K, of subcarriers into a second number, N, of blocks , wherein each block comprises adjacent subcarriers; performing coherent averaging of the radio resource management measurements over the adjacent subcarriers of each block to produce intermediate measurement results; and performing non-coherent averaging of the intermediate measurement results to produce a radio resource management measurement result; the method further comprising: detecting whether a condition is fulfilled, wherein the condition is suitable for determining if the wireless communication device is in a dense network scenario, wherein a dense network scenario is a scenario when the wireless communication device experiences line-of-sight conditions with a received signal strength exceeding a signal strength threshold in relation to the number of network nodes, wherein the number of network nodes exceeds a dense network scenario threshold; setting the second number, N, to a first value if the detection indicates that the condition is fulfilled; and setting the second number, N, to a second value if the detection indicates that the condition is not fulfilled, wherein the first value is lower than the second value. performing radio resource management measurements based on received reference signals of one or more of the cells, wherein the radio resource management measurements are performed over a bandwidth comprising a first number, K, of subcarriers; organizing the first number, K, of subcarriers into a second number, N, of blocks , wherein each block comprises adjacent subcarriers; performing coherent averaging of the radio resource management measurements over the adjacent subcarriers of each block to produce intermediate measurement results; and performing non-coherent averaging of the intermediate measurement results to produce a radio resource management measurement result; the method further comprising: detecting whether a condition is fulfilled, wherein the condition is suitable for determining if the wireless communication device is in a dense network scenario, wherein a dense network scenario is a scenario when the wireless communication device experiences line-of-sight conditions with a received signal strength exceeding a signal strength threshold in relation to the number of network nodes, wherein the number of network nodes exceeds a dense network scenario threshold; setting the second number, N, to a first value if the detection indicates that the condition is fulfilled; and setting the second number, N, to a second value if the detection indicates that the condition is not fulfilled, wherein the first value is lower than the second value. detecting whether a condition is fulfilled, wherein the condition is suitable for determining if the wireless communication device is in a dense network scenario, wherein a dense network scenario is a scenario when the wireless communication device experiences line-of-sight conditions with a received signal strength exceeding a signal strength threshold in relation to the number of network nodes, wherein the number of network nodes exceeds a dense network scenario threshold; setting the second number, N, to a first value if the detection indicates that the condition is fulfilled; and setting the second number, N, to a second value if the detection indicates that the condition is not fulfilled, wherein the first value is lower than the second value. <EOS>