name: CFFDNF
full_form: Combined Far-Field/Direct-Near-Field
context: the same simulations. These results assume that the antenna array offsets are compensated while the probe pattern/gain were not compensated, i.e., the pattern in Figure 5.1.4.4-4 was applied to the simulations. Figure 5.1.4.4-7: Histogram of 100,000 EIRP CFFDNF simulations based on black&white-box approach with random 8x2 antenna array offsets uniformly spaced within 12.5cm in a single hemisphere. The antenna array offsets were compensated while the probe pattern/gain was not compensated Table 5.1.4.4-2: Statistical results of 100,000 EIRP CFFDNF simulations based on black&white-box approach with random 8x2 antenna array offsets uniformly spaced within 12.5cm in a single hemisphere. The antenna array offsets were compensated while the probe pattern/gain was not compensated. The latter results clearly demonstrate that when performing measurements in the NF with CFFDNF methodology assuming the black&white-box approach, the probe antenna pattern must be compensated. A study to determine
description: Combined Far-Field/Direct-Near-Field (CFFDNF) is a measurement technique used in telecommunications for simulating and analyzing antenna array performance in various scenarios, including those with random offsets and uncompensated probe patterns. It's a methodological approach within the context of 3GPP specifications to evaluate the impact of different factors on EIRP simulations.
explanation: CFFDNF is classified as a Technology because it is a specific method or technique used in telecommunications for analyzing and simulating antenna performance. This aligns with the broader definition of 'Technology' as encompassing tools, methods, and processes within a field.
section_title: 5.1.4.4Simulation results for CFFDNF
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