Computer Networks (CN) for GATE — Complete Playlist

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Curated by: GATE CSE LECTURES BY AMIT KHURANA (202 videos)

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Tracks in this Playlist

• Computer Network Detailed Syllabus topic wise | Gate CSE
• 1. intro to computer networks
• 2. osi model in hindi
• 3. Physical layer in computer networks in hindi | Functions of Physical layer | OSI
• 4. types of addresses in networking
• 5. Data link layer in computer Networks and its Responsibilities
• 6. Network Layer | Responsibilities of Network Layer | OSI Model | Computer Networks
• 7. Transport Layer | Responsibilities of Transport Layer | OSI Model | Computer Networks
• 8. Session Layer of OSI model | Session layer functions in Hindi
• 9. functions of presentation and application layer|osi model
• 10. why OSI model failed
• 11. intro to TCP/IP model
• 12. introduction to IP
• 13. supporting protocols of IP
• 14. INTRO TO TRANSPORT LAYER PROTOCOLS
• 15. introduction to signals
• 16. simple analog signals
• 17. composite analog signals
• 18. digital signals
• 19. signal encoding techniques
• 20. Digital data to Digital signal conversion
• 21. unipolar NRZ
• 22. polar NRZ L and NRZ I
• 23. gate 2006 question on 4B/5B scheme
• 24. RZ technique
• 25. manchester encoding and differential manchester encoding
• 26. gate 2007 question on mechester encoding
• 27. bit rate and baud rate
• 28. serial vs parallel transmission
• 29. gate 2004 question on serial transmission
• 30. gate 2004 question 2 on serial transmission
• 31. gate 2008 question on serial transmission
• 32. BW ,THROUGHPUT AND DELAY
• 33. numerical on delay
• 34. gate 2015 question on delay
• 35. intro to multiplexing
• 36. introduction to FDM and WDM
• 37. introduction to TDM
• 38. gate 2007 question on TDM
• 39. gate 2005 question on TDM
• 40. ERROR DETECTION VS CORRECTION
• 41. logic for error detection
• 42. hamming distance
• 43. minimum hamming distance to detect t bit error
• 44. linear block codes
• 45. simple parity check code
• 46. 2D parity check code
• 47. gate 2008 question on 2d parity check code
• 48. cyclic codes
• 49. introduction to CRC
• 50. polynomial notation in CRC
• 51. choosing divisor in CRC
• 52. gate 2005 question on CRC
• 53. gate 2007 question on CRC
• 54(1). checksum
• 54(2). hamming codes
• 54(3). GATE 2021 question on hamming codes
• 55. framing
• 56. flow and error control
• 57. stop and wait
• 58. question on stop and wait
• 59. gate 2006 question on stop and wait
• 60. efficiency and throughput of stop and wait
• 61. piggybacking
• 62. gate 2005 & 2015 question on stop and wait
• 63. gate 2015 question on stop and wait
• 64. gate 2016 question on stop and wait
• 65. gate 2017 question on stop and wait
• 66. capacity of link
• 67. sliding window protocol
• 68. gate 2003 question on sliding window protocol
• 69. gate 2006 question on sliding window protocol
• 70. gate 2007 question on sliding window protocol
• 71. gate 2009 question on sliding window protocol
• 72. implementation of sliding window protocol
• 73. go back n ARQ
• 74. gate 2004 question on gbn
• 75. gate 2004 question on GBN
• 76. gate 2008 question on gbn
• 77. gate 2006 question on gbn
• 78. gate 2015 question on gbn
• 79. selective repeat ARQ protocol
• 80. gate 2016 question on selective repeat
• 81. gate 2012 question on pipelining
• 82. multiple access protocols
• 85. vulnerable time of aloha
• 83. random access protocols
• 84. aloha
• 86. throughput of aloha
• 87. slotted aloha
• 88. gate 2007 question on slotted LAN
• 89. gate 2015 question on slotted LAN
• 90. csma introduction
• 91. persistence methods in csma
• 92. csma/cd
• 93. NUMERICALS ON CSMA CD
• 98. CSMA/CA
• 94. gate 2004 question on csma
• 95. gate 2013 and 2015 question on csma
• 96. gate 2018 question on csma