name: FRF
full_form: Frequency Reuse Factor
context: case of central beam at nadir (90Â° elevation). Therefore, for the evaluation, all the additional surrounding beams should be simulated independently. As a consequence, a new wrap around mechanism is introduced in case of single satellite simulation for intra-satellite interference modelling based on additional bore-sight beam directions which should be computed based on the methodology captured in Table 6.1.1.1-4. In particular, the following wrap-around mechanism should be adopted for calibration: â For FRF = 1, two additional tiers of beams are considered in the simulation surrounding the 19-beam layout (cf. Figure 6.1.1.1-1 â FRF=1). â For FRF > 1, four additional tiers of beams are considered in the simulation surrounding the 19-beam layout (cf. Figure 6.1.1.1-1 â FRF=3). â Considering a UE attached to a beam, in the DL/UL all remaining beams are treated as interference as long as these beams are sharing the same frequency band/polarization (cf. Figure 6.1.1.1-2). For the metrics
description: The Frequency Reuse Factor (FRF) is a critical network attribute that determines the number of additional tiers of beams to be considered in simulations for intra-satellite interference modeling. It affects how beams are treated as interference in both the downlink and uplink.
explanation: The text explicitly states FRF as a factor influencing simulation assumptions and beam treatment, indicating its role as a parameter governing network operations.
section_title: 6.1.1.1Simulation assumptions
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