From the course: Non-Terrestrial Network (Satellite) and 5G: Overview, Architecture, Multi-Connectivity
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PDSCH simulation and analysis
From the course: Non-Terrestrial Network (Satellite) and 5G: Overview, Architecture, Multi-Connectivity
PDSCH simulation and analysis
Now, similar to PDC-CH, let's understand the allocation of PDS-CH in time and frequency grid. Through simulation, here we see with the similar example as that of the previous one in PDC-CH, we have the same frequency range, two and 100 megahertz of channel bandwidth here, and we are seeing that there is a SSP as well as there is a PDCCH along with the core set, which is defined here. So if we want to allocate the PDSCH here, we have what kind of starting symbol we are giving to allocate for PDCCH. So whatever is left after core set and PDCCH and SSP, we can allocate them across PDSCH. So we can either start it from within one particular subframe. we can start from zero OFDM symbol, and we can go up to 14 OFDM symbol. Or if we don't want to allocate it according to this one, we can deselect some of the symbols. So we can, say for example, we can keep from slot number, starting from slot number two, and we can go up to slot number 14, and rest of the two slots, we don't want to allocate…
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Overview of the 5G protocol stack4m 13s
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5G NR downlink physical signals and channels4m 3s
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5G NR initial access and synchronization procedures4m 36s
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5G NR Random Access Procedure2m 7s
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NTN RACH adaptations for long RTT7m 29s
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PDCCH: The 5G control channel4m 2s
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PDCCH simulation and analysis2m 54s
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PDSCH: The 5G downlink data channel2m 10s
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PDSCH simulation and analysis2m 51s
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PUCCH: Uplink control channel3m 3s
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PUSCH: Uplink shared channel2m 48s
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Uplink channel simulation (PUCCH and PUSCH)2m 54s
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5G NR Layer-2 data flow overview2m 12s
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RLC layer explained: 5G3m 6s
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RLC in NTN: Timers, constraints, adaptation strategies6m 25s
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MAC layer explained: 5G2m 37s
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MAC in NTN: DRX behavior and HARQ adaptations for long RTT5m 9s
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PDCP Layer explained3m 23s
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PDCP in NTN: Key challenges and solutions4m 55s
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SDAP and QoS flow management2m 51s
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RRC Layer explained2m 34s
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RRC states: Idle, connected, and inactive modes3m 27s
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Control and user plane protocols in NTN3m 14s
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End-to-end protocol flow to the 5G core in NTN2m 40s
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