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Introduction to Network Design and Analysis (V-U)

(192 Lectures Available)

S# Lecture Course Institute Instructor Discipline
101
  • Week 2.2 Ethernet Hubs (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
102
  • Week 2.3 Ethernet Frames and Collisions (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
103
  • Week 2.4 How to avoid Collisions over Ethernet? (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
104
  • Week 2.5 Importance of Ethernet Addresses (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
105
  • Week 2.6 Frame Check Sequence (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
106
  • Week 2.7 Two Ethernet Standards (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
107
  • Week 2.8 Working of a LAN Switch (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
108
  • Week 2.9 Switch: Collision Avoidance (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
109
  • Week 3.1 Multiple Physical LANs (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
110
  • Week 3.10 TCP Flow and Congestion Control (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
111
  • Week 3.11 User Datagram Protocol (UDP) (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
112
  • Week 3.12 TCP Ports Numbers (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
113
  • Week 3.2 Introduction to Virtual LANs (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
114
  • Week 3.3 Packing VLAN’s frames in a Trunk (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
115
  • Week 3.4 Email: A Network Application (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
116
  • Week 3.5 TCP/IP Email Standards: SMTP, POP3 (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
117
  • Week 3.6 File Transfer Protocol (FTP) (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
118
  • Week 3.7 World Wide Web and HTTP Protocol (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
119
  • Week 3.8 Main Features of TCP (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
120
  • Week 3.9 Working of TCP (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
121
  • Week 4.1 TCP Segmentation (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
122
  • Week 4.10 End-to-End: Processing IP Packet (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
123
  • Week 4.11 A Link State Routing Algorithm (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
124
  • Week 4.12 Distance Vector Routing Algorithm (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences
125
  • Week 4.2 Basics of Internet Protocol (IP) (V-U)
Introduction to Network Design and Analysis (V-U) Virtual University Dr. Kashif Javed Applied Sciences