Transcription of Generating LTE Waveforms - MathWorks
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Generating LTE Waveforms - MathWorks
Generating LTE Waveforms Quickly generate LTE Waveforms with a few clicks or three lines of MATLAB code Validate radio frequency (RF) design or wireless system with LTE-compliant signals Generating LTE Waveforms can require a deep level of understanding of the LTE standard, as well as many years of effort. LTE System Toolbox lets you generate Waveforms easily. You can then use these Waveforms for many purposes including validating an RF component on a realistic LTE waveform , assessing the impact of an LTE interferer on another wireless system (or the opposite), or testing the correctness of your LTE receiver on a f lexible, synthesized LTE waveform . LTE System Toolbox offers complete control of LTE waveform generation including standard-compliant reference measurement channels (RMCs) and fixed reference channels (FRCs), uplink and downlink [1] Annex and [2] Annex A, and downlink E-TM test models [3] Section example shows how to generate LTE Waveforms such as RMCs for uplink and downlink, as well as test model Waveforms (E-TM) interactively or with simple MATLAB code.
When we select an RMC, all the parameters are set up as defined in 3GPP TS 36.101 [1] Annex A.3. For R.13, the number of resource blocks is set to 50, the number of antennas to 4, and so forth.
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