Linkedin Learning – 5G NR And 4G LTE Radio Protocols From Theory To Practice 2025 BOOKWARE-LERNSTUF

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                               Linkedin Learning
            5G NR And 4G LTE Radio Protocols From Theory To Practice
                                      2025
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 .. - -  - /- --- _- [   R E L E A S E   D E T A i L S   ]- . ./\ . - __./---' 
  Release Date : 2025-12-16
  Publisher    : Linkedin Learning
  Title        : 5G NR And 4G LTE Radio Protocols From Theory To Practice
  Year         : 2025
  Month        : December
  Category     : Technology
  Language     : English
  Section      : BOOKWARE
  Files        : 03 x 250 MB
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 https://www.linkedin.com/learning/5g-nr-and-4g-lte-radio-protocols-from-theory
                                  -to-practice
    This course offers a deep dive into the core principles of modern mobile
 networks, from 4G LTE to the cutting-edge world of 5G and beyond. Explore the
     fundamentals of radio access-including spectrum properties, duplexing,
  modulation, and multiple access schemes-before tracing the architectural and
  technological evolution from the mature 4G LTE standard to the revolutionary
   design of 5G New Radio (NR). Instructor Rahul Kaundal provides a detailed
  overview of both 4G and 5G systems, deconstructing the protocol stacks, from
    the physical layer signals and channels up to the data link and control
      layers. An ideal fit for engineers, technical managers, and telecom
   professionals who need to build a rigorous, practical understanding of how
  modern networks function, this course equips you with the skills to analyze
  network performance, troubleshoot complex signaling procedures, and navigate
 the underlying engineering complexities that define current and future mobile
                                communications.
                _       .                                 __.                  
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                         iF YOU HAVE ANYTHiNG TO OFFER                         
                CONTACT US ViA THE SCENE, OR EMAiL ADDRESS BELOW               
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    GREETiNGS TO ALL THE PAST AND PRESENT SCENE GROUPS AND SCENERS WHO MADE    
       STUF AVAiLABLE FOR THOSE THAT MAY NOT OTHERWISE HAD THE PRiViLEGE       
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 .. -_- -/_- __--\__ [   C O N T A C T   D E T A i L S   ] --- -___-- -  \ - . 
                         lernstuf [at] proton [dot] me                         
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5.9M	01-introduction.mkv
22M	02-the_mobile_evolution_from_2g_to_6g.mkv
17M	03-building_blocks_of_a_telecom_network.mkv
15M	04-understanding_the_radio_access_network_ran.mkv
13M	05-radio_spectrum_basics_bands_and_properties.mkv
9.5M	06-duplexing_methods_fdd_vs_tdd_explained.mkv
8.0M	07-digital_modulation_fundamentals.mkv
11M	08-multiple_access_schemes_ofdma_deep_dive.mkv
15M	09-antenna_systems_from_single_element_to_arrays.mkv
8.9M	10-mimo_technology_spatial_multiplexing_and_diversity.mkv
15M	11-5g_nr_architecture_a_new_paradigm.mkv
20M	12-5g_protocol_stack_each_layer_explained.mkv
24M	13-5g_spectrum_the_sub_6_ghz_and_mmwave_revolution.mkv
9.9M	14-5g_flexible_frame_structure_adapting_to_diverse_needs.mkv
15M	15-5g_downlink_signals_and_channels.mkv
21M	16-5g_initial_access_how_devices_connect_to_the_network.mkv
16M	17-5g_pdcch_enhanced_control_channel.mkv
8.3M	18-simulation_5g_pdcch_configuration_and_analysis.mkv
5.1M	19-5g_pdsch_high_throughput_data_channel.mkv
8.3M	20-simulation_5g_pdsch_performance_measurement.mkv
17M	21-5g_uplink_control_pucch_enhancements.mkv
13M	22-5g_uplink_shared_channel_pusch.mkv
7.5M	23-simulation_5g_uplink_channels_pucch_and_pusch.mkv
6.4M	24-5g_layer_2_data_flow.mkv
14M	25-5g_rlc_reliable_data_transfer.mkv
8.9M	26-5g_mac_flexible_scheduling.mkv
11M	27-5g_pdcp_security_and_efficiency.mkv
10M	28-5g_sdap_qos_handling_and_flow_management.mkv
8.4M	29-5g_rrc_radio_resource_control.mkv
13M	30-5g_rrc_states_connected_inactive_and_idle.mkv
8.9M	31-4g_lte_protocol_stack_overview.mkv
3.3M	32-the_resource_grid_time_and_frequency_dimensions.mkv
24M	33-4g_frame_structure_organizing_radio_resources.mkv
11M	34-cyclic_prefix_in_4g_normal_vs_extended.mkv
13M	35-4g_physical_layer_layer_1_overview.mkv
7.7M	36-simulation_4g_physical_layer.mkv
3.0M	37-4g_physical_layer_signals_vs_channels.mkv
5.6M	38-4g_downlink_control_pdcch_dci_formats_overview.mkv
8.9M	39-call_flow_understanding_dci_formats_and_ue_identifiers.mkv
8.4M	40-simulation_configuring_and_decoding_the_pdcch.mkv
8.8M	41-4g_pdsch_the_downlink_data_workhorse.mkv
9.4M	42-simulation_analyzing_pdsch_performance.mkv
12M	43-4g_pdsch_resource_allocation_calculation.mkv
9.7M	44-calculating_4g_pdsch_throughput_and_data_rates.mkv
7.3M	45-4g_uplink_control_pucch_operations.mkv
17M	46-4g_layer_2_data_flow_and_protocol_stack.mkv
7.7M	47-4g_rlc_layer_segmentation_and_arq.mkv
7.6M	48-4g_rlc_arq_schemes_error_correction_in_action.mkv
7.9M	49-4g_mac_layer_scheduling_and_priority_handling.mkv
10M	50-the_scheduler_resource_allocation_strategies_4g_mac_layer.mkv
11M	51-dynamic_resource_allocation_real_time_adaptations.mkv
14M	52-4g_rrc_layer_radio_resource_control.mkv
14M	53-4g_rrc_states_idle_vs_connected_mode.mkv
9.1M	54-simulation_rrc_idle_and_connected_mode.mkv
7.9M	55-4g_system_information_blocks_mib_and_sibs_overview.mkv
9.3M	56-essential_4g_sibs_sib1_and_sib2_simulation.mkv
12M	57-simulation_4g_rrc_reconfiguration_procedure.mkv
9.5M	58-conclusion.mkv
652K	LERNSTUF
648K	LERNSTUF/lernstuf_introduction_2025.rar
643M	total