name: MCL
full_form: Maximum Coupling Loss
context: Main parameters for RT simulations are shown in Table 2. Table 2. RT simulation parameters In Figure 16 two examples of blocking as a function of 144kbps user traffic without and with CRRM algorithms are shown. The number of users at 2% blocking is collected and plotted in Figure 18. Figure 16. An example of blocking as a function of 144kbps user traffic without and with CRRM algorithms (5 layers) In following Figure 17 â Figure 19 the system capacity and capacity improvements from different algorithms are plotted for different RT services. The abbreviations of simulation cases used in figures are explained in Table 3. In all cases the total number of users per each layer is equal on average. Table 3. The abbreviations of RT simulation cases. Figure 17. Average number of active 32 kbps users per hexagonal cell area on all layers Figure 18. Average number of active 144 kbps users per hexagonal cell area on all layers Figure 19. Active number of active 384 kbps users per hexagonal cell
description: Maximum Coupling Loss (MCL) refers to a parameter used in evaluating coverage performance in cellular networks. It represents the maximum signal loss that can occur between the base station and user equipment while still maintaining reliable communication. MCL evaluations are crucial for assessing network performance under various conditions, such as cell search, system information acquisition, and paging procedures.
explanation: MCL is classified as a Parameter because it is used to quantify and measure specific aspects of network performance in the context provided. The text discusses how MCL values can be affected by different factors like initial acquisition time, accumulation duration, and acceptable system information acquisition time, indicating its role as a measurable parameter within the network.
section_title: 6.1.2.1	Coverage evaluation results source I
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