~Get Your Files Here !/01 - Introduction/001 Introduction to the course of computer networks.mp4275.6MB
~Get Your Files Here !/01 - Introduction/002 Elements of Internet Protocols and Network Topologies.mp4274.95MB
~Get Your Files Here !/02 - Switching circuit vs packet based switching/001 IP, MAC and Port Addresses in Computer Networks.mp4249.04MB
~Get Your Files Here !/02 - Switching circuit vs packet based switching/002 Circuit Switching and Packet Switching in Computer networks.mp4156.44MB
~Get Your Files Here !/02 - Switching circuit vs packet based switching/003 Layering in Computer networks (OSI reference model vs. TCPIP reference model).mp4277.29MB
~Get Your Files Here !/03 - IP, MAC, Port addresses and important CMD commends/001 IP, MAC and Port addresses and how they are added in computer networks.mp459.19MB
~Get Your Files Here !/03 - IP, MAC, Port addresses and important CMD commends/002 TCPIP model vs OSI reference model, the mapping between them & their difference.mp468.27MB
~Get Your Files Here !/03 - IP, MAC, Port addresses and important CMD commends/003 Important CMD commands in networking ipconfig, ping, nslookup, ipconficall.mp490.6MB
~Get Your Files Here !/04 - Network devices/001 Main networking devices in computer networks routers, switches, hubs, etc.mp471.3MB
~Get Your Files Here !/04 - Network devices/002 Networking devices - bridges, routes, switches, hubs, firewalls, etc.mp4111.59MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/001 The physical layer functionalities in computer and communication networks.mp4121.67MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/002 Media links & connections in Computer Networks Wired (Copper, Optics) & Wireles.mp476.4MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/003 The physical layer in computer networks - follow up.mp462.4MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/004 MAC layer functionalities - addressing, framing, flow control, error control etc.mp435.43MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/005 Sublayers of the data link layer MAC and LLC or DLC.mp423.94MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/006 The Framing concept in computer networks.mp429.83MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/007 The Framing approaches Bit oriented approach and byte or character oriented app.mp443.29MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/008 HDLC Frame Format and Its Different Types - bit stuffing.mp425.8MB
~Get Your Files Here !/05 - The physical layer functionalities in computer and communication networks/009 Frame protocols.mp484.62MB
~Get Your Files Here !/06 - Error control, network performance, and Control Flow/001 Error control - VRC, LRC, CRC.mp484.18MB
~Get Your Files Here !/06 - Error control, network performance, and Control Flow/002 Error control - LRC.mp432.79MB
~Get Your Files Here !/06 - Error control, network performance, and Control Flow/003 Network performance - bandwidth and throughput.mp455.19MB
~Get Your Files Here !/06 - Error control, network performance, and Control Flow/004 Latency and delay.mp440.08MB
~Get Your Files Here !/06 - Error control, network performance, and Control Flow/005 Bandwidth delay product.mp438.87MB
~Get Your Files Here !/06 - Error control, network performance, and Control Flow/006 Round trip time - RTT.mp423.04MB
~Get Your Files Here !/07 - Control Flow in the Data Link Layer/001 Flow Control in Data link layer - concept and properties.mp434.62MB
~Get Your Files Here !/07 - Control Flow in the Data Link Layer/002 Stop and wait ARQ protocol with sliding window.mp473.28MB
~Get Your Files Here !/07 - Control Flow in the Data Link Layer/003 Concept and procedure of Control Flow Process in the MAC layer.mp435.7MB
~Get Your Files Here !/07 - Control Flow in the Data Link Layer/004 Stop and wait vs Stop and wait ARQ.mp478.62MB
~Get Your Files Here !/07 - Control Flow in the Data Link Layer/005 Go back N ARQ.mp454.46MB
~Get Your Files Here !/07 - Control Flow in the Data Link Layer/006 Selective Repeat ARQ.mp426.47MB
~Get Your Files Here !/07 - Control Flow in the Data Link Layer/007 Animation explaining how ARQ works.mp451.82MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/001 What is Multiple Access why needed what are its Protocols and their Properties.mp4123.73MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/002 Alloha and Pure Alloha Protocol.mp450.29MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/003 Slotted Alloha Protocol.mp448.01MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/004 Carrier Sense Multiple Access (CSMA) in computer networks & its different types.mp494.24MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/005 CSMA in communication networks - 1-Persistant CSMA.mp438.81MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/006 CSMA in communication networks - Non-persistent CSMA.mp418.86MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/007 CSMA in communication networks P-persistent CSMA and how its different from 1-P.mp445.49MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/008 CSMA with collision detection in wired communication networks - CSMACD.mp4104.75MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/009 CSMA with collision avoidance in wireless communication networks - CSMACA.mp498.36MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/010 Control multi access methods in computer networks reservation, token passing.mp437.9MB
~Get Your Files Here !/08 - Multiple Access Protocols and Methods/011 Scheduling-based (channelization) multi access methods TDMA, FDMA, CDMA, OFDMA.mp485.34MB