name: NSP
full_form: Network Slice Provider
context: The test framework for the 0.001% BLER test is based upon examining received blocks and determining pass, fail or continue each time a block error occurs. The pass/fail decision is made based on so-called decision co-ordinates (ne, ns). ne is the number of block errors encountered during the test and ns is the total number of received blocks during the test, up to the current block error. The ns is compared with the nsp and nsf entries corresponding to ne in table I.1.1-1. If ns is greater than the nsp value in I.1.1-1, a pass may be declared. If ns is lower than the nsf value, a fail may be declared. Otherwise, the test continues. The objective of the approach is to minimize testing time and the basis of the approach is an early termination statistical framework described in clause I.1.3.1. The minimum testing time is defined by the possible decision coordinates detailed in clause I.1.2. As with all statistical tests, there is a non-zero risk of the test result being incorrect due to
description: NSP (Network Slice Provider) is not directly related to the context provided; however, 'nsp' mentioned in the context refers to a parameter used in the decision-making process for pass/fail criteria in the 0.001% BLER test. It represents a threshold value compared against 'ns' (the total number of received blocks during the test) to determine whether a pass can be declared.
explanation: The classification is based on the context where 'nsp' is described as an entry in table I.1.1-1, used for comparing with 'ns' to make pass/fail decisions in the BLER test, indicating its role as a parameter in the testing framework.
section_title: I.1.1General
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