4G LTE Architecture Protocols Call Flows KPIs Optimization
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| Torrent Added : | at March 19, 2026, 5:40 p.m. in Other |
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4G LTE Architecture Protocols Call Flows KPIs Optimization
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4G LTE Architecture Protocols Call Flows KPIs Optimization
Get Bonus Downloads Here.url -
01. Introduction.mp4 -
01. Introduction.srt -
01. Evolution pathway from 2G to 6G.mp4 -
01. Evolution pathway from 2G to 6G.srt -
02. Standards and bodies defining telecom (3GPP and ITU).mp4 -
02. Standards and bodies defining telecom (3GPP and ITU).srt -
03. Introduction to overall network concepts.mp4 -
03. Introduction to overall network concepts.srt -
01. Overview of telecom network architecture.mp4 -
01. Overview of telecom network architecture.srt -
02. Understanding the radio access network.mp4 -
02. Understanding the radio access network.srt -
03. Basics of the transport network.mp4 -
03. Basics of the transport network.srt -
04. Core network fundamentals.mp4 -
04. Core network fundamentals.srt -
01. 4G LTE network architecture explained.mp4 -
01. 4G LTE network architecture explained.srt -
02. LTE progression and enhancements towards 4.5G.mp4 -
02. LTE progression and enhancements towards 4.5G.srt -
03. Key capabilities of 4G.mp4 -
03. Key capabilities of 4G.srt -
01. 4G spectrum overview.mp4 -
01. 4G spectrum overview.srt -
02. Duplexing methods used in 4G.mp4 -
02. Duplexing methods used in 4G.srt -
03. Modulation techniques and their variants.mp4 -
03. Modulation techniques and their variants.srt -
04. OFDMA Orthogonal frequency division multiple access.mp4 -
04. OFDMA Orthogonal frequency division multiple access.srt -
05. Timing advance functioning in LTE.mp4 -
05. Timing advance functioning in LTE.srt -
06. Power control mechanisms in 4G LTE.mp4 -
06. Power control mechanisms in 4G LTE.srt -
07. Carrier aggregation and its performance effects in LTE.mp4 -
07. Carrier aggregation and its performance effects in LTE.srt -
01. LTE protocol stack High-level overview.mp4 -
01. LTE protocol stack High-level overview.srt -
02. LTE resource grid Time-frequency mapping.mp4 -
02. LTE resource grid Time-frequency mapping.srt -
03. LTE frame structure How radio resources are arranged.mp4 -
03. LTE frame structure How radio resources are arranged.srt -
04. Cyclic prefix in LTE Normal vs. extended.mp4 -
04. Cyclic prefix in LTE Normal vs. extended.srt -
05. LTE physical layer (Layer 1) overview.mp4 -
05. LTE physical layer (Layer 1) overview.srt -
06. Simulation Exploring LTE physical layer behavior.mp4 -
06. Simulation Exploring LTE physical layer behavior.srt -
07. LTE Layer 1 Signals vs. channels.mp4 -
07. LTE Layer 1 Signals vs. channels.srt -
08. PDCCH in LTE DCI format overview.mp4 -
08. PDCCH in LTE DCI format overview.srt -
09. Call flow Understanding DCI formats and UE identifiers.mp4 -
09. Call flow Understanding DCI formats and UE identifiers.srt -
10. Simulation Decoding and configuring PDCCH.mp4 -
10. Simulation Decoding and configuring PDCCH.srt -
11. PDSCH in LTE Primary downlink data channel.mp4 -
11. PDSCH in LTE Primary downlink data channel.srt -
12. Simulation Evaluating PDSCH performance.mp4 -
12. Simulation Evaluating PDSCH performance.srt -
13. PDSCH resource allocation computation.mp4 -
13. PDSCH resource allocation computation.srt -
14. Computing throughput and data rates for PDSCH.mp4 -
14. Computing throughput and data rates for PDSCH.srt -
15. Uplink control in LTE PUCCH operations.mp4 -
15. Uplink control in LTE PUCCH operations.srt -
01. LTE Layer 2 data handling and protocol flow.mp4 -
01. LTE Layer 2 data handling and protocol flow.srt -
02. RLC Layer in LTE Segmentation and ARQ basics.mp4 -
02. RLC Layer in LTE Segmentation and ARQ basics.srt -
03. RLC ARQ procedures Error handling techniques.mp4 -
03. RLC ARQ procedures Error handling techniques.srt -
04. LTE MAC Layer Scheduling and priority functions.mp4 -
04. LTE MAC Layer Scheduling and priority functions.srt -
05. MAC scheduler Resource distribution strategies.mp4 -
05. MAC scheduler Resource distribution strategies.srt -
06. Adaptive resource allocation in real time.mp4 -
06. Adaptive resource allocation in real time.srt -
01. LTE RRC Layer Role and operations.mp4 -
01. LTE RRC Layer Role and operations.srt -
02. LTE RRC states Idle vs. connected.mp4 -
02. LTE RRC states Idle vs. connected.srt -
03. Simulation RRC idle and connected behavior.mp4 -
03. Simulation RRC idle and connected behavior.srt -
04. LTE system information MIB and SIB overview.mp4 -
04. LTE system information MIB and SIB overview.srt -
05. Simulation SIB1 and SIB2 interpretation.mp4 -
05. Simulation SIB1 and SIB2 interpretation.srt -
06. Simulation RRC reconfiguration in LTE.mp4 -
06. Simulation RRC reconfiguration in LTE.srt -
01. Transport network architecture overview.mp4 -
01. Transport network architecture overview.srt -
02. Transport network topology models.mp4 -
02. Transport network topology models.srt -
03. Wireless transport network frequency bands.mp4 -
03. Wireless transport network frequency bands.srt -
01. LTE core network architecture breakdown.mp4 -
01. LTE core network architecture breakdown.srt -
02. MME in LTE Mobility management entity.mp4 -
02. MME in LTE Mobility management entity.srt -
03. SGW in LTE Serving gateway explained.mp4 -
03. SGW in LTE Serving gateway explained.srt -
04. PGW in LTE Packet data network gateway.mp4 -
04. PGW in LTE Packet data network gateway.srt -
05. HSS overview Home subscriber server.mp4 -
05. HSS overview Home subscriber server.srt -
06. PCRF in LTE Policy and charging rules function.mp4 -
06. PCRF in LTE Policy and charging rules function.srt -
01. Identity framework in LTE networks.mp4 -
01. Identity framework in LTE networks.srt -
02. Subscriber identity IMSI explained.mp4 -
02. Subscriber identity IMSI explained.srt -
03. Temporary identity GUTI explained.mp4 -
03. Temporary identity GUTI explained.srt -
04. LTE registration procedure overview.mp4 -
04. LTE registration procedure overview.srt -
05. LTE call flow explained.mp4 -
05. LTE call flow explained.srt -
01. Introduction to drive test.mp4 -
01. Introduction to drive test.srt -
02. Network optimization flowchart.mp4 -
02. Network optimization flowchart.srt -
03. Network optimization scenarios and possibilities.mp4 -
03. Network optimization scenarios and possibilities.srt -
04. LTE coverage Reference signal received power (RSRP).mp4 -
04. LTE coverage Reference signal received power (RSRP).srt -
05. LTE received signal strength indicator (RSSI).mp4 -
05. LTE received signal strength indicator (RSSI).srt -
06. LTE quality Reference signal received quality (RSRQ).mp4 -
06. LTE quality Reference signal received quality (RSRQ).srt -
07. Signal to interference and noise ratio (SINR).mp4 -
07. Signal to interference and noise ratio (SINR).srt -
08. LTE throughput Integrity performance indicators.mp4 -
08. LTE throughput Integrity performance indicators.srt -
09. LTE mobility performance indicators.mp4 -
09. LTE mobility performance indicators.srt -
10. Drive test Live testing.mp4 -
10. Drive test Live testing.srt -
01. Introduction to 4G LTE network performance metrics.mp4 -
01. Introduction to 4G LTE network performance metrics.srt -
02. LTE accessibility KPIs overview.mp4 -
02. LTE accessibility KPIs overview.srt -
03. Initial access call flow and message flow in LTE.mp4 -
03. Initial access call flow and message flow in LTE.srt -
04. Initial access simulation analysis (logs).mp4 -
04. Initial access simulation analysis (logs).srt -
05. LTE Network attach.mp4 -
05. LTE Network attach.srt -
06. LTE random access channel (RACH) fundamentals.mp4 -
06. LTE random access channel (RACH) fundamentals.srt -
07. LTE RACH preamble transmission.mp4 -
07. LTE RACH preamble transmission.srt -
08. RACH KPI analysis using OSS reports.mp4 -
08. RACH KPI analysis using OSS reports.srt -
09. RRC in accessibility KPIs.mp4 -
09. RRC in accessibility KPIs.srt -
10. RRC timers Idle mode.mp4 -
10. RRC timers Idle mode.srt -
11. RRC timers Connected mode.mp4 -
11. RRC timers Connected mode.srt -
12. RRC KPI analysis using OSS reports.mp4 -
12. RRC KPI analysis using OSS reports.srt -
13. Radio and EPS bearers overview.mp4 -
13. Radio and EPS bearers overview.srt -
14. Default bearer vs. dedicated bearer LTE.mp4 -
14. Default bearer vs. dedicated bearer LTE.srt -
15. Types of EPS bearers in LTE.mp4 -
15. Types of EPS bearers in LTE.srt -
16. ERAB KPI analysis using OSS reports.mp4 -
16. ERAB KPI analysis using OSS reports.srt -
01. Introduction to 4G LTE mobility KPIs.mp4 -
01. Introduction to 4G LTE mobility KPIs.srt -
02. Intra-frequency cell reselection (RSRP based) LTE.mp4 -
02. Intra-frequency cell reselection (RSRP based) LTE.srt -
03. Intra-frequency cell reselection (RSRQ based) LTE.mp4 -
03. Intra-frequency cell reselection (RSRQ based) LTE.srt -
04. Intra-frequency reselection simulation (drive test logs).mp4 -
04. Intra-frequency reselection simulation (drive test logs).srt -
05. Inter-frequency cell reselection.mp4 -
05. Inter-frequency cell reselection.srt -
06. Inter-frequency reselection simulation.mp4 -
06. Inter-frequency reselection simulation.srt -
07. Inter-RAT reselection (4G-3G).mp4 -
07. Inter-RAT reselection (4G-3G).srt -
08. Inter-RAT reselection (4G-3G) simulation (L3 logs).mp4 -
08. Inter-RAT reselection (4G-3G) simulation (L3 logs).srt -
09. Inter-RAT reselection (4G-2G).mp4 -
09. Inter-RAT reselection (4G-2G).srt -
10. Intra-frequency handover (X2 based) in LTE.mp4 -
10. Intra-frequency handover (X2 based) in LTE.srt -
11. Intra-frequency handover process in LTE.mp4 -
11. Intra-frequency handover process in LTE.srt -
12. Handover L3 message flow in LTE.mp4 -
12. Handover L3 message flow in LTE.srt -
13. Inter-RAT handover in LTE.mp4 -
13. Inter-RAT handover in LTE.srt -
01. Introduction to 4G LTE retainability KPIs.mp4 -
01. Introduction to 4G LTE retainability KPIs.srt -
02. LTE RRC drop analysis using OSS reports.mp4 -
02. LTE RRC drop analysis using OSS reports.srt -
03. LTE ERAB drop analysis using OSS reports.mp4 -
03. LTE ERAB drop analysis using OSS reports.srt -
01. Coverage basics and concepts in LTE.mp4 -
01. Coverage basics and concepts in LTE.srt -
02. LTE downlink link budget calculation.mp4 -
02. LTE downlink link budget calculation.srt -
03. LTE uplink link budget calculation.mp4 -
03. LTE uplink link budget calculation.srt -
04. Predicted vs. actual coverage analysis LTE.mp4 -
04. Predicted vs. actual coverage analysis LTE.srt -
05. Coverage optimization process.mp4 -
05. Coverage optimization process.srt -
06. Weak coverage and coverage hole identification.mp4 -
06. Weak coverage and coverage hole identification.srt -
07. Overlapping coverage and pilot pollution.mp4 -
07. Overlapping coverage and pilot pollution.srt -
08. Overshooting cells analysis.mp4 -
08. Overshooting cells analysis.srt -
09. Coverage optimization using soft parameters.mp4 -
09. Coverage optimization using soft parameters.srt -
01. Peak data rate calculation in LTE.mp4 -
01. Peak data rate calculation in LTE.srt -
02. Peak data rate theoretical vs. practical.mp4 -
02. Peak data rate theoretical vs. practical.srt -
03. Spectral efficiency analysis LTE.mp4 -
03. Spectral efficiency analysis LTE.srt -
04. LTE throughput optimization process.mp4 -
04. LTE throughput optimization process.srt -
05. Low-throughput root cause analysis.mp4 -
05. Low-throughput root cause analysis.srt -
06. Low-throughput troubleshooting methodology.mp4 -
06. Low-throughput troubleshooting methodology.srt -
01. Capacity optimization process.mp4 -
01. Capacity optimization process.srt -
02. Resource optimization PDCCH.mp4 -
02. Resource optimization PDCCH.srt -
03. PDCCH capacity analysis.mp4 -
03. PDCCH capacity analysis.srt -
04. PDCCH calculation methodology.mp4 -
04. PDCCH calculation methodology.srt -
05. PRB usage vs. DL throughput correlation.mp4 -
05. PRB usage vs. DL throughput correlation.srt -
06. PRB usage vs. RRC connected users analysis.mp4 -
06. PRB usage vs. RRC connected users analysis.srt -
01. Conclusion.mp4 -
01. Conclusion.srt -
Bonus Resources.txt -
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Get Bonus Downloads Here.url -
180 bytes
01. Introduction.mp4 -
5.0 MB
01. Introduction.srt -
1.7 KB
01. Evolution pathway from 2G to 6G.mp4 -
14.1 MB
01. Evolution pathway from 2G to 6G.srt -
4.9 KB
02. Standards and bodies defining telecom (3GPP and ITU).mp4 -
18.1 MB
02. Standards and bodies defining telecom (3GPP and ITU).srt -
5.1 KB
03. Introduction to overall network concepts.mp4 -
7.6 MB
03. Introduction to overall network concepts.srt -
5.1 KB
01. Overview of telecom network architecture.mp4 -
20.3 MB
01. Overview of telecom network architecture.srt -
12.7 KB
02. Understanding the radio access network.mp4 -
8.0 MB
02. Understanding the radio access network.srt -
4.1 KB
03. Basics of the transport network.mp4 -
9.1 MB
03. Basics of the transport network.srt -
5.2 KB
04. Core network fundamentals.mp4 -
9.0 MB
04. Core network fundamentals.srt -
4.4 KB
01. 4G LTE network architecture explained.mp4 -
7.4 MB
01. 4G LTE network architecture explained.srt -
4.6 KB
02. LTE progression and enhancements towards 4.5G.mp4 -
8.9 MB
02. LTE progression and enhancements towards 4.5G.srt -
5.4 KB
03. Key capabilities of 4G.mp4 -
10.5 MB
03. Key capabilities of 4G.srt -
4.4 KB
01. 4G spectrum overview.mp4 -
9.8 MB
01. 4G spectrum overview.srt -
5.2 KB
02. Duplexing methods used in 4G.mp4 -
6.6 MB
02. Duplexing methods used in 4G.srt -
4.5 KB
03. Modulation techniques and their variants.mp4 -
6.3 MB
03. Modulation techniques and their variants.srt -
4.3 KB
04. OFDMA Orthogonal frequency division multiple access.mp4 -
7.6 MB
04. OFDMA Orthogonal frequency division multiple access.srt -
4.1 KB
05. Timing advance functioning in LTE.mp4 -
5.5 MB
05. Timing advance functioning in LTE.srt -
3.9 KB
06. Power control mechanisms in 4G LTE.mp4 -
6.8 MB
06. Power control mechanisms in 4G LTE.srt -
4.8 KB
07. Carrier aggregation and its performance effects in LTE.mp4 -
22.0 MB
07. Carrier aggregation and its performance effects in LTE.srt -
11.2 KB
01. LTE protocol stack High-level overview.mp4 -
6.7 MB
01. LTE protocol stack High-level overview.srt -
4.5 KB
02. LTE resource grid Time-frequency mapping.mp4 -
2.4 MB
02. LTE resource grid Time-frequency mapping.srt -
1.7 KB
03. LTE frame structure How radio resources are arranged.mp4 -
17.4 MB
03. LTE frame structure How radio resources are arranged.srt -
9.0 KB
04. Cyclic prefix in LTE Normal vs. extended.mp4 -
7.3 MB
04. Cyclic prefix in LTE Normal vs. extended.srt -
3.9 KB
05. LTE physical layer (Layer 1) overview.mp4 -
9.9 MB
05. LTE physical layer (Layer 1) overview.srt -
5.7 KB
06. Simulation Exploring LTE physical layer behavior.mp4 -
6.2 MB
06. Simulation Exploring LTE physical layer behavior.srt -
4.7 KB
07. LTE Layer 1 Signals vs. channels.mp4 -
2.1 MB
07. LTE Layer 1 Signals vs. channels.srt -
1.3 KB
08. PDCCH in LTE DCI format overview.mp4 -
4.0 MB
08. PDCCH in LTE DCI format overview.srt -
2.8 KB
09. Call flow Understanding DCI formats and UE identifiers.mp4 -
6.6 MB
09. Call flow Understanding DCI formats and UE identifiers.srt -
3.7 KB
10. Simulation Decoding and configuring PDCCH.mp4 -
6.6 MB
10. Simulation Decoding and configuring PDCCH.srt -
3.5 KB
11. PDSCH in LTE Primary downlink data channel.mp4 -
6.7 MB
11. PDSCH in LTE Primary downlink data channel.srt -
3.8 KB
12. Simulation Evaluating PDSCH performance.mp4 -
6.9 MB
12. Simulation Evaluating PDSCH performance.srt -
3.6 KB
13. PDSCH resource allocation computation.mp4 -
8.5 MB
13. PDSCH resource allocation computation.srt -
4.3 KB
14. Computing throughput and data rates for PDSCH.mp4 -
7.0 MB
14. Computing throughput and data rates for PDSCH.srt -
4.4 KB
15. Uplink control in LTE PUCCH operations.mp4 -
5.5 MB
15. Uplink control in LTE PUCCH operations.srt -
3.3 KB
01. LTE Layer 2 data handling and protocol flow.mp4 -
12.7 MB
01. LTE Layer 2 data handling and protocol flow.srt -
9.5 KB
02. RLC Layer in LTE Segmentation and ARQ basics.mp4 -
6.1 MB
02. RLC Layer in LTE Segmentation and ARQ basics.srt -
4.4 KB
03. RLC ARQ procedures Error handling techniques.mp4 -
6.1 MB
03. RLC ARQ procedures Error handling techniques.srt -
4.8 KB
04. LTE MAC Layer Scheduling and priority functions.mp4 -
6.3 MB
04. LTE MAC Layer Scheduling and priority functions.srt -
4.9 KB
05. MAC scheduler Resource distribution strategies.mp4 -
7.5 MB
05. MAC scheduler Resource distribution strategies.srt -
4.4 KB
06. Adaptive resource allocation in real time.mp4 -
7.7 MB
06. Adaptive resource allocation in real time.srt -
4.6 KB
01. LTE RRC Layer Role and operations.mp4 -
10.7 MB
01. LTE RRC Layer Role and operations.srt -
8.5 KB
02. LTE RRC states Idle vs. connected.mp4 -
10.8 MB
02. LTE RRC states Idle vs. connected.srt -
8.2 KB
03. Simulation RRC idle and connected behavior.mp4 -
6.8 MB
03. Simulation RRC idle and connected behavior.srt -
3.0 KB
04. LTE system information MIB and SIB overview.mp4 -
6.0 MB
04. LTE system information MIB and SIB overview.srt -
5.0 KB
05. Simulation SIB1 and SIB2 interpretation.mp4 -
6.7 MB
05. Simulation SIB1 and SIB2 interpretation.srt -
3.6 KB
06. Simulation RRC reconfiguration in LTE.mp4 -
8.5 MB
06. Simulation RRC reconfiguration in LTE.srt -
4.8 KB
01. Transport network architecture overview.mp4 -
9.1 MB
01. Transport network architecture overview.srt -
4.9 KB
02. Transport network topology models.mp4 -
10.8 MB
02. Transport network topology models.srt -
10.3 KB
03. Wireless transport network frequency bands.mp4 -
6.5 MB
03. Wireless transport network frequency bands.srt -
5.9 KB
01. LTE core network architecture breakdown.mp4 -
12.0 MB
01. LTE core network architecture breakdown.srt -
4.5 KB
02. MME in LTE Mobility management entity.mp4 -
12.2 MB
02. MME in LTE Mobility management entity.srt -
4.3 KB
03. SGW in LTE Serving gateway explained.mp4 -
12.6 MB
03. SGW in LTE Serving gateway explained.srt -
5.4 KB
04. PGW in LTE Packet data network gateway.mp4 -
10.3 MB
04. PGW in LTE Packet data network gateway.srt -
4.1 KB
05. HSS overview Home subscriber server.mp4 -
12.2 MB
05. HSS overview Home subscriber server.srt -
6.2 KB
06. PCRF in LTE Policy and charging rules function.mp4 -
9.6 MB
06. PCRF in LTE Policy and charging rules function.srt -
5.0 KB
01. Identity framework in LTE networks.mp4 -
12.0 MB
01. Identity framework in LTE networks.srt -
6.2 KB
02. Subscriber identity IMSI explained.mp4 -
12.7 MB
02. Subscriber identity IMSI explained.srt -
7.4 KB
03. Temporary identity GUTI explained.mp4 -
5.2 MB
03. Temporary identity GUTI explained.srt -
4.5 KB
04. LTE registration procedure overview.mp4 -
6.7 MB
04. LTE registration procedure overview.srt -
4.6 KB
05. LTE call flow explained.mp4 -
8.6 MB
05. LTE call flow explained.srt -
6.3 KB
01. Introduction to drive test.mp4 -
7.6 MB
01. Introduction to drive test.srt -
3.7 KB
02. Network optimization flowchart.mp4 -
7.7 MB
02. Network optimization flowchart.srt -
4.4 KB
03. Network optimization scenarios and possibilities.mp4 -
10.1 MB
03. Network optimization scenarios and possibilities.srt -
4.8 KB
04. LTE coverage Reference signal received power (RSRP).mp4 -
13.4 MB
04. LTE coverage Reference signal received power (RSRP).srt -
6.7 KB
05. LTE received signal strength indicator (RSSI).mp4 -
5.7 MB
05. LTE received signal strength indicator (RSSI).srt -
3.4 KB
06. LTE quality Reference signal received quality (RSRQ).mp4 -
6.7 MB
06. LTE quality Reference signal received quality (RSRQ).srt -
3.9 KB
07. Signal to interference and noise ratio (SINR).mp4 -
8.1 MB
07. Signal to interference and noise ratio (SINR).srt -
3.9 KB
08. LTE throughput Integrity performance indicators.mp4 -
13.6 MB
08. LTE throughput Integrity performance indicators.srt -
7.7 KB
09. LTE mobility performance indicators.mp4 -
6.4 MB
09. LTE mobility performance indicators.srt -
4.0 KB
10. Drive test Live testing.mp4 -
23.9 MB
10. Drive test Live testing.srt -
12.8 KB
01. Introduction to 4G LTE network performance metrics.mp4 -
11.1 MB
01. Introduction to 4G LTE network performance metrics.srt -
4.7 KB
02. LTE accessibility KPIs overview.mp4 -
8.1 MB
02. LTE accessibility KPIs overview.srt -
2.3 KB
03. Initial access call flow and message flow in LTE.mp4 -
8.6 MB
03. Initial access call flow and message flow in LTE.srt -
5.2 KB
04. Initial access simulation analysis (logs).mp4 -
21.8 MB
04. Initial access simulation analysis (logs).srt -
12.7 KB
05. LTE Network attach.mp4 -
8.3 MB
05. LTE Network attach.srt -
4.1 KB
06. LTE random access channel (RACH) fundamentals.mp4 -
7.4 MB
06. LTE random access channel (RACH) fundamentals.srt -
4.5 KB
07. LTE RACH preamble transmission.mp4 -
7.8 MB
07. LTE RACH preamble transmission.srt -
4.3 KB
08. RACH KPI analysis using OSS reports.mp4 -
8.7 MB
08. RACH KPI analysis using OSS reports.srt -
4.2 KB
09. RRC in accessibility KPIs.mp4 -
7.1 MB
09. RRC in accessibility KPIs.srt -
4.2 KB
10. RRC timers Idle mode.mp4 -
8.2 MB
10. RRC timers Idle mode.srt -
4.7 KB
11. RRC timers Connected mode.mp4 -
7.0 MB
11. RRC timers Connected mode.srt -
3.8 KB
12. RRC KPI analysis using OSS reports.mp4 -
10.7 MB
12. RRC KPI analysis using OSS reports.srt -
5.3 KB
13. Radio and EPS bearers overview.mp4 -
7.3 MB
13. Radio and EPS bearers overview.srt -
4.6 KB
14. Default bearer vs. dedicated bearer LTE.mp4 -
7.7 MB
14. Default bearer vs. dedicated bearer LTE.srt -
4.3 KB
15. Types of EPS bearers in LTE.mp4 -
6.0 MB
15. Types of EPS bearers in LTE.srt -
3.6 KB
16. ERAB KPI analysis using OSS reports.mp4 -
9.6 MB
16. ERAB KPI analysis using OSS reports.srt -
5.2 KB
01. Introduction to 4G LTE mobility KPIs.mp4 -
5.2 MB
01. Introduction to 4G LTE mobility KPIs.srt -
2.8 KB
02. Intra-frequency cell reselection (RSRP based) LTE.mp4 -
6.7 MB
02. Intra-frequency cell reselection (RSRP based) LTE.srt -
4.3 KB
03. Intra-frequency cell reselection (RSRQ based) LTE.mp4 -
5.3 MB
03. Intra-frequency cell reselection (RSRQ based) LTE.srt -
3.8 KB
04. Intra-frequency reselection simulation (drive test logs).mp4 -
6.7 MB
04. Intra-frequency reselection simulation (drive test logs).srt -
3.0 KB
05. Inter-frequency cell reselection.mp4 -
8.0 MB
05. Inter-frequency cell reselection.srt -
4.4 KB
06. Inter-frequency reselection simulation.mp4 -
6.6 MB
06. Inter-frequency reselection simulation.srt -
2.9 KB
07. Inter-RAT reselection (4G-3G).mp4 -
7.0 MB
07. Inter-RAT reselection (4G-3G).srt -
4.1 KB
08. Inter-RAT reselection (4G-3G) simulation (L3 logs).mp4 -
9.4 MB
08. Inter-RAT reselection (4G-3G) simulation (L3 logs).srt -
5.2 KB
09. Inter-RAT reselection (4G-2G).mp4 -
6.9 MB
09. Inter-RAT reselection (4G-2G).srt -
3.6 KB
10. Intra-frequency handover (X2 based) in LTE.mp4 -
6.8 MB
10. Intra-frequency handover (X2 based) in LTE.srt -
4.2 KB
11. Intra-frequency handover process in LTE.mp4 -
5.8 MB
11. Intra-frequency handover process in LTE.srt -
3.0 KB
12. Handover L3 message flow in LTE.mp4 -
7.0 MB
12. Handover L3 message flow in LTE.srt -
3.6 KB
13. Inter-RAT handover in LTE.mp4 -
7.3 MB
13. Inter-RAT handover in LTE.srt -
4.2 KB
01. Introduction to 4G LTE retainability KPIs.mp4 -
3.7 MB
01. Introduction to 4G LTE retainability KPIs.srt -
1.9 KB
02. LTE RRC drop analysis using OSS reports.mp4 -
10.0 MB
02. LTE RRC drop analysis using OSS reports.srt -
6.5 KB
03. LTE ERAB drop analysis using OSS reports.mp4 -
10.1 MB
03. LTE ERAB drop analysis using OSS reports.srt -
6.2 KB
01. Coverage basics and concepts in LTE.mp4 -
11.6 MB
01. Coverage basics and concepts in LTE.srt -
5.5 KB
02. LTE downlink link budget calculation.mp4 -
11.7 MB
02. LTE downlink link budget calculation.srt -
5.8 KB
03. LTE uplink link budget calculation.mp4 -
5.1 MB
03. LTE uplink link budget calculation.srt -
3.2 KB
04. Predicted vs. actual coverage analysis LTE.mp4 -
11.3 MB
04. Predicted vs. actual coverage analysis LTE.srt -
4.1 KB
05. Coverage optimization process.mp4 -
10.9 MB
05. Coverage optimization process.srt -
7.7 KB
06. Weak coverage and coverage hole identification.mp4 -
8.3 MB
06. Weak coverage and coverage hole identification.srt -
5.2 KB
07. Overlapping coverage and pilot pollution.mp4 -
6.0 MB
07. Overlapping coverage and pilot pollution.srt -
3.0 KB
08. Overshooting cells analysis.mp4 -
7.1 MB
08. Overshooting cells analysis.srt -
4.2 KB
09. Coverage optimization using soft parameters.mp4 -
6.7 MB
09. Coverage optimization using soft parameters.srt -
4.7 KB
01. Peak data rate calculation in LTE.mp4 -
8.2 MB
01. Peak data rate calculation in LTE.srt -
2.7 KB
02. Peak data rate theoretical vs. practical.mp4 -
7.1 MB
02. Peak data rate theoretical vs. practical.srt -
3.4 KB
03. Spectral efficiency analysis LTE.mp4 -
7.5 MB
03. Spectral efficiency analysis LTE.srt -
3.8 KB
04. LTE throughput optimization process.mp4 -
8.0 MB
04. LTE throughput optimization process.srt -
4.7 KB
05. Low-throughput root cause analysis.mp4 -
8.7 MB
05. Low-throughput root cause analysis.srt -
5.1 KB
06. Low-throughput troubleshooting methodology.mp4 -
9.3 MB
06. Low-throughput troubleshooting methodology.srt -
4.9 KB
01. Capacity optimization process.mp4 -
6.9 MB
01. Capacity optimization process.srt -
4.1 KB
02. Resource optimization PDCCH.mp4 -
8.1 MB
02. Resource optimization PDCCH.srt -
4.0 KB
03. PDCCH capacity analysis.mp4 -
7.0 MB
03. PDCCH capacity analysis.srt -
4.1 KB
04. PDCCH calculation methodology.mp4 -
8.2 MB
04. PDCCH calculation methodology.srt -
4.9 KB
05. PRB usage vs. DL throughput correlation.mp4 -
7.5 MB
05. PRB usage vs. DL throughput correlation.srt -
3.7 KB
06. PRB usage vs. RRC connected users analysis.mp4 -
8.9 MB
06. PRB usage vs. RRC connected users analysis.srt -
4.8 KB
01. Conclusion.mp4 -
3.1 MB
01. Conclusion.srt -
1.0 KB
Bonus Resources.txt -
70 bytes
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