Mastering 5G PHY: Complete Development Training

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Sakshama Ghoslya

19:00:40

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1. Introduction

1. Introduction.mp4

02:11

2. 5G What and Why.mp4

05:44

3. 3GPP, RAN Meetings and Technical Specifications.mp4

12:50

4. 5G Physical Layer Design.mp4

38:11

5. Course Content and Structure.mp4

00:13

Files.zip

2. Essential modules of 5G physical layer

1. CRC Cyclic Redundancy Check.mp4

07:32

2. Quiz for CRC in 5G.html

3. Channel Coding in 5G.mp4

15:34

4. Rate matching (puncturing, shortening and repetition).mp4

13:06

5. Polar rate matching.mp4

09:06

6. LDPC rate matching.mp4

01:50

7. LBRM Limited Buffer Rate Matching.mp4

09:23

8. RV Redundancy Version and bit selection.mp4

10:23

9. Bit interleaving in LDPC rate matching.mp4

03:37

10. m-sequence & PN sequence.mp4

07:40

11. Zad-off chu sequence.mp4

09:29

12. Scrambling.mp4

05:56

13. Modulation techniques.mp4

12:38

14. Modulations techniques in 5G.html

15. OFDM modulation.mp4

16:24

16. Cyclic Prefix.mp4

22:03

17. Numerology.mp4

09:17

18. Radio Frames, Slots, Subframes and Symbols.mp4

14:12

19. Resource grid, Point A & Common Resource Blocks.mp4

08:27

20. Bandwidth Part (BWP) Concept and Motivation.mp4

16:29

21. Antennas and Beamforming.mp4

37:20

22. Introduction to DMRS, Channel Estimation & Equalization.mp4

19:39

3. SSBurst

1. SSBurst Introduction.mp4

03:28

2. SSBurst PSS.mp4

03:51

3. SSBurst SSS.mp4

04:48

4. SSBurst PBCH and PBCH DMRS.mp4

17:39

5. SSBurst Time and Frequency locations.mp4

18:03

4. PDCCH

1. PDCCH Transmitter Design and DMRS.mp4

19:07

2. PDCCH DCIs.mp4

10:17

3. PDCCH Coreset.mp4

18:21

4. PDCCH Search Space.mp4

10:33

5. PDCCH Receiver and Blind Decoding.mp4

20:25

5. PDSCH & PUSCH

1. DMRS for PDSCH and PUSCH.mp4

26:24

2. PDSCHPUSCH Physical layer processing.mp4

29:25

3. PDSCHPUSCH Time and frequency domain resource allocation part 01.mp4

17:19

4. PDSCHPUSCH Time and frequency domain resource allocation part 02.mp4

13:52

5. PDSCHPUSCH MCS tables.mp4

12:17

6. PDSCHPUSCH Transport Block(TB) size calculations.mp4

15:41

7. PDSCH MIMO.mp4

00:13

8. PUSCH DFT-s-OFDM Transform Precoding.mp4

08:17

9. PUSCH MIMO.mp4

00:13

10. PUSCH Intra-slot frequency hopping.mp4

00:13

6. PRACH

1. PRACH What and Why.mp4

08:58

2. PRACH Signal Generation and Mapping.mp4

12:47

3. PRACH Cyclic Shift, Restricted Sets, and Timing Offset.mp4

19:49

4. PRACH Long formats.mp4

14:35

5. PRACH Short formats.mp4

11:45

6. PRACH More on Resource Allocation.mp4

24:09

7. PRACH Receiver Processing.mp4

15:42

7. PUCCH

1. PUCCH Introduction to Physical Uplink Control Channel.mp4

06:42

2. PUCCH Format 0 Signal Generation and Resource Mapping.mp4

26:34

3. PUCCH Format 0 UE Multiplexing and Receiver.mp4

18:08

4. PUCCH Format 1 Signal Generation and Resource Mapping.mp4

23:58

5. PUCCH Format 1 DMRS.mp4

05:06

6. PUCCH Format 1 UE Multiplexing and Receiver.mp4

20:17

7. PUCCH Format 234 Bit Processing, CSI Part 1 and Part 2.mp4

22:50

8. PUCCH Format 2 DMRS.mp4

03:57

9. PUCCH Format 2 Signal Generation, Receiver and More.mp4

12:32

10. PUCCH Format 34 DMRS.mp4

15:28

11. PUCCH Format 3 Signal Generation, Receiver and More.mp4

14:43

12. PUCCH Format 4 Signal Generation, UE Multiplexing and Receiver.mp4

18:11

8. CSI-RS

1. CSI-RS Channel State Information Reference Signal.mp4

00:13

2. CSI-RS CDM Concept.mp4

21:59

3. CSI-RS Sequence Generation and Mapping.mp4

21:16

4. CSI-RS Sequence Generation and Mapping with Example.mp4

15:43

5. CSI-IM CSI for Interference Measurement.mp4

05:11

6. CSI-RS CQI & RI.mp4

09:42

7. CSI-RS PMI.mp4

00:13

9. SRS

1. SRS Introduction to Sounding Reference Signal.mp4

13:34

2. SRS Sequence Generation.mp4

17:05

3. SRS Resource Mapping.mp4

23:49

4. SRS Receiver Processing, TDD Reciprocity and Antenna Switching.mp4

20:22

10. PTRS

1. PTRS Phase Tracking Reference Signal.mp4

00:13

2. PTRS Signal Generation and Mapping.mp4

00:13

3. PTRS Receiver Design.mp4

00:13

11. Additional topics

1. NR operating bands, bandwidth, SDL and SUL.mp4

15:29

2. RSRP Reference Signal Received Power.mp4

07:18

3. RSRQ Reference Signal Received Quality.mp4

09:17

4. Sampling Rates in 5G.mp4

13:11

5. ARFCN Absolute Radio-Frequency Channel Number.mp4

06:11

6. GSCN Global Synchronization Channel Number.mp4

10:49

7. TDD slot structure.mp4

21:53

8. Quick throughput calculation.mp4

17:37

9. Calculating the exact throughput.mp4

17:39

10. HARQ Hybrid Automatic Repeat Request.mp4

00:13

11. PAPR Peak to Average Power Radio in OFDM.mp4

15:26

Description

5G, Physical Layer, 3GPP, Training

What You'll Learn?

OFDM & basics of wireless communication
Understanding of essential and advance modules in 5G Physical Layer
SSBurst: PSS, SSS and PBCH
PDCCH: Physical Downlink Control Channel understanding
PDSCH: Physical Downlink Shared Channel understanding
CSI-RS: Channel State Information Reference Signal understanding
DMRS: Demodulation Reference Signal for DL and UL channels
PRACH: Physical Random Access Channel understanding
PUCCH: Physical Uplink control channels (F0, F1, F2, F3, F4)
PUSCH: Physical Uplink Shared Channel understanding
SRS: Sounding Reference Signal understanding
PTRS: Phase Tracking Reference Signal understanding
Power Control in DL and UL
MIMO: Multiple Input and Multiple Output Antenna systems
Understanding of Physical Layer 3GPP specification

Who is this for?

3G/4G/5G Engineers working in testing field and wants to be developer

4G/5G Engineer working in L2/MAC field and wants to be MAC expert

4G/5G Physical Layer Engineer who wants to build in depth understanding

4G/5G Radio Network Optimization Engineers

Graduating students who are looking for jobs in 4G/5G/6G field

Freshers who wants to switch their jobs to core 4G/5G/6G field

What You Need to Know?

A background in electrical engineering, computer science, or a related field is recommended. While not mandatory, having relevant educational or professional experience can aid in comprehending complex concepts.

More details

Description
Course is currently under draft. Please come back after 25-Sept-2024

Become aÂ Physical Layer Expert with 5G PHY Development Training Program
Dive into the cutting-edge world of 5G technology with our comprehensive training on the 5G Physical Layer (PHY). Designed for both beginners and experienced professionals, this training program will guide you through the intricacies of 5G PHY, from foundational concepts to advanced techniques.
What You'll Learn:
3GPP Standards: Understand the crucial role of the 3rd Generation Partnership Project (3GPP) in shaping 5G technology and how its standards influence network architecture and performance.
Basic Modules of the Physical Layer: Explore the core components of 5G PHY, including modulation, coding, signal processing techniques, PN sequence, ZC sequence, and antennas that are part of the physical layer channels and signals.
SSBurst (Synchronization Signal Burst): Learn about synchronization signal bursts and their significance in 5G networks for facilitating initial access and mobility management.
PDCCH (Physical Downlink Control Channel): Gain insights into the PDCCH transmitter and receiver chains, CORESET, search space, blind decoding, and DCIs.
PDSCH (Physical Downlink Shared Channel): Master the workings of the PDSCH transmitter and receiver chains, MCS, transport blocks, and MIMO.
CSI-RS (Channel State Information Reference Signal): Understand how CSI-RS aids in channel estimation and optimization for enhanced data throughput and network efficiency.
DMRS (Demodulation Reference Signal): Explore the DMRS and its function in improving the accuracy of data demodulation and overall signal quality.
PUCCH (Physical Uplink Control Channel): Delve into the various formats of PUCCH and how they support uplink control information transmission.
PRACH (Physical Random Access Channel): Discover the PRACH and its role in facilitating random access procedures and initial connection setups in 5G networks.
PUSCH (Physical Uplink Shared Channel): Learn about the workings of the PUSCH transmitter and receiver chains, resource allocation, MCS, transport blocks, and MIMO.
SRS (Sounding Reference Signal): Understand the purpose of SRS in uplink channel sounding and its impact on beamforming and link adaptation.
PTRS (Phase Tracking Reference Signal): Explore the role of PTRS in phase noise compensation and its effect on maintaining signal integrity.
HARQ (Hybrid Automatic Repeat reQuest): Grasp the concepts of HARQ for error correction and how it enhances data reliability and throughput.
Additional Topics: Expand your knowledge with bonus content like RSRP, RSRQ, ARFCN, GSCN, PAPR, and more.
Who this course is for:
3G/4G/5G Engineers working in testing field and wants to be developer
4G/5G Engineer working in L2/MAC field and wants to be MAC expert
4G/5G Physical Layer Engineer who wants to build in depth understanding
4G/5G Radio Network Optimization Engineers
Graduating students who are looking for jobs in 4G/5G/6G field
Freshers who wants to switch their jobs to core 4G/5G/6G field

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Wireless Networking

Sakshama Ghoslya

Instructor's Courses

Sakshama Ghoslya is a Principal Engineer at WiSig Networks in Hyderabad, India, with over 8 years of extensive experience in wireless technology. He earned his Master of Science by Research from IIT Hyderabad and a BTech in Electrical Engineering from IIT Mandi. Sakshama has made significant contributions to the 5G Physical Layer team and has been instrumental in the end-to-end design and development of 5G systems at WiSig Networks.

Udemy

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language english
Training sessions 89
duration 19:00:40
Release Date 2024/10/02

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