name: SCME
full_form: Spatial Channel Model Extension
context: The power delay profiles of the SCME UMi channel model specified in Clause 8.2 has been measured according to the procedures in 8.3.2.1. Figure 8.4.1-1a below illustrates the measured results for Band 13, and Band 7. Figure 8.4.2-1: Void (a) (b) (c) (d) (e) (f) Figure 8.4.2-1a: For MPAC system 1, CE 1 (a) and CE 2 (b) PDP verification measurement for Band 13; for MPAC system 1, CE 1 (c) CE 2 (d) PDP verification measurement for Band 7; For MPAC system 2, PDP verification measurements for Band 13 (e) and Band 7 (f). Table 8.4.2-1a below summarizes the PDP verification results. Table 8.4.2-1: Void Table 8.4.2-1a: Summary of PDP verification results at Band 13, and Band 7 from MPAC system providers The results for the RTS method with geometric implementation are shown in Figure 8.4.2-2 for System 1 with CE1 for Band 13, in Figure 8.4.2-2a for System 2 with CE2 for Band 13, and in in Figure 8.4.2-2b for System 2 with CE2 for Band 7. Figure 8.4.2-2: SCMe UMa and UMi PDP verification
description: The Spatial Channel Model Extension (SCME) is a technology used in Over-The-Air (OTA) testing and simulations. It provides channel models such as UMi and UMa-B to simulate real-world radio propagation conditions in controlled environments like anechoic chambers. These models help assess the throughput and performance of wireless communication systems under various antenna configurations and conditions.
explanation: SCME is classified as Technology because it represents a specific method or tool used for simulating and evaluating radio channel behavior in MIMO OTA testing. Its application in assessing data throughput and performance aligns with the definition of Technology as standards and tools for telecommunication operations.
section_title: 10.2.2	Anechoic chamber method with multiprobe configuration
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