top of page

5G NR 

Textbooks:

​​

  • 5G NR, The next generation wireless access Technology, Erik Dahlman, Stefan Parkvall and Johan Skold

  • 5G New Radio in Bullets, Chris Johnson

​

Objectives

  • To understand the 5G standard in depth

  • Learn how to read and implement 3GPP standard documents

  • Basic Receiver algorithms for 5G NR

 

2. Course Contents

  1. Basic introduction to OFDM and wireless communication

  2. Frame structure of 5G and different numerology

  3. Downlink

    1. SSBlock (Sync channel)

    2. PDSCH (Data channel)

    3. PDCCH (Control Channel and DCI formats)

    4. Pilot structures

  4. Uplink

    1. PRACH (Random Access)

    2. PUSCH

    3. PUCCH

    4. Pilot structures

  5. Forward error correction codes (Rate matching, LDPC and Polar)

  6. TDD formats

  7. MIMO in 5G NR

  8. Power control

Slides and Lecture Videos

Slide decks

​

  1. Time domain structure of 5G (Resource grid, slots, SCS)

  2. Syncronization block

  3. System information block

  4. TDD structures

  5.  PRACH

  6. Downlink FEC

  7. Downlink Reference Signals

​

​Videos (You tube channel link)

​

​

  1. Lec47: HARQ

     

  2. Lec46: HARQ chase combining and incremental redundancy

     

  3. Lec45: uplink power control

     

  4. Lec44: Time and frequency resource allocations

     

  5. Lec43: PUCCH and Resource allocation time.

     

  6. Lec42: DCI formats

     

  7. Lec41: PDCCH search spaces.

     

  8. Lec40: PDCCH REG to CCE mapping (aggregation levels)

     

  9. Lec39: PDCCH introduction, Coresets and Aggregation levels

     

  10. Lec37: SRS

     

  11. Lec38: SRS

     

  12. Lec36: CSI-RS

     

  13. Lec35: DMRS

     

  14. Lec34: DMRS (PDSCH) continuation

     

  15. Lecture 33 (Mr. Babu): QoS and slicing

     

  16. Lec 32 (Mr. Babu): 5G Core

     

  17. Lec31: (Mr. Babu) Introduction to core networks

     

  18. Lec30: Downlink reference signals (DMRS)

     

  19. Lec29: MIMO Ports and MU-MIMO

     

  20. Lec28: MIMO Channel estimation

     

  21. Lec27: MIMO intro 3

     

  22. Lec26: MIMO intro 2

     

  23. Lec25: MIMO Intro 1

     

  24. Lec24: Transport channel-Rate matching

     

  25. Lec23: Transport channel and Code block segmentation

     

  26. Lec22, Lec23: LDPC FEC by Prof Andrew

     

  27. Lec21: PRACH

     

  28. Lec20: PRACH introduction

     

  29. Lec19: TDD structure

     

  30. Lec18: SIB1 contents and introduction to TDD slot structure

     

  31. Lec17: SIB1 (Coreset 0) time and frequency locations

     

  32. Lec16: SSB and MIB

     

  33. Lec15: SSB (SS block) syncronization

     

  34. Lec14: OFDM generation, Frequency raster, BW

     

  35. Lec13: Cyclic prefix and time domain structure of 5GNR

     

  36. Lec12: BWP intro, Sampling for different numerology, Resource grid

     

  37. Lec11: Introduction to 5GNR, Frame structure (38.211)

     

  38. Lec10: PAPR and introduction to 3GPP 5GNR standard

     

  39. Lec9: OFDM spectrum and effect of CFO

     

  40. Lec8: OFDM channel estimation and equalisation

     

  41. Lec7: Matlab tutorial Part 2

     

  42. Lec6: Matlab tutorial Part1

     

  43. Lec5: OFDM, Frequency resource grid, Cyclic Prefix (uses)

     

  44. Lec4: FFT basics and OFDM

     

  45. Lec3: AWGN channel with gain, Multipath channels

     

  46. Lec2: AWGN BER simulation

     

  47. Lec1 : Introduction to modulation

bottom of page