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  01 - Introduction

   001 Introduction to the course of computer networks_en.vtt

   002 Elements of Internet Protocols and Network Topologies_en.vtt

  02 - Switching circuit vs packet based switching

   001 IP, MAC and Port Addresses in Computer Networks_en.vtt

   002 Circuit Switching and Packet Switching in Computer networks_en.vtt

   003 Layering in Computer networks (OSI reference model vs. TCPIP reference model)_en.vtt

  03 - IP, MAC, Port addresses and important CMD commends

   001 IP, MAC and Port addresses and how they are added in computer networks_en.vtt

   002 TCPIP model vs OSI reference model, the mapping between them & their difference_en.vtt

   003 Important CMD commands in networking ipconfig, ping, nslookup, ipconficall_en.vtt

  04 - Network devices

   001 Main networking devices in computer networks routers, switches, hubs, etc_en.vtt

   002 Networking devices - bridges, routes, switches, hubs, firewalls, etc_en.vtt

  05 - The physical layer functionalities in computer and communication networks

   001 The physical layer functionalities in computer and communication networks_en.vtt

   002 Media links & connections in Computer Networks Wired (Copper, Optics) & Wireles_en.vtt

   003 The physical layer in computer networks - follow up_en.vtt

   004 MAC layer functionalities - addressing, framing, flow control, error control etc_en.vtt

   005 Sublayers of the data link layer MAC and LLC or DLC_en.vtt

   006 The Framing concept in computer networks_en.vtt

   007 The Framing approaches Bit oriented approach and byte or character oriented app_en.vtt

   008 HDLC Frame Format and Its Different Types - bit stuffing_en.vtt

   009 Frame protocols_en.vtt

  06 - Error control, network performance, and Control Flow

   001 Error control - VRC, LRC, CRC_en.vtt

   002 Error control - LRC_en.vtt

   003 Network performance - bandwidth and throughput_en.vtt

   004 Latency and delay_en.vtt

   005 Bandwidth delay product_en.vtt

   006 Round trip time - RTT_en.vtt

  07 - Control Flow in the Data Link Layer

   001 Flow Control in Data link layer - concept and properties_en.vtt

   002 Stop and wait ARQ protocol with sliding window.mp4

   003 Concept and procedure of Control Flow Process in the MAC layer.mp4

   004 Stop and wait vs Stop and wait ARQ.mp4

   005 Go back N ARQ.mp4

   006 Selective Repeat ARQ.mp4

   007 Animation explaining how ARQ works.mp4

  08 - Multiple Access Protocols and Methods

   001 What is Multiple Access why needed what are its Protocols and their Properties.mp4

   002 Alloha and Pure Alloha Protocol.mp4

   003 Slotted Alloha Protocol.mp4

   004 Carrier Sense Multiple Access (CSMA) in computer networks & its different types.mp4

   005 CSMA in communication networks - 1-Persistant CSMA.mp4

   006 CSMA in communication networks - Non-persistent CSMA.mp4

   007 CSMA in communication networks P-persistent CSMA and how its different from 1-P.mp4

   008 CSMA with collision detection in wired communication networks - CSMACD.mp4

   009 CSMA with collision avoidance in wireless communication networks - CSMACA.mp4

   010 Control multi access methods in computer networks reservation, token passing.mp4

   011 Scheduling-based (channelization) multi access methods TDMA, FDMA, CDMA, OFDMA.mp4