
Explore how the internet grew from a resource-sharing network to a global platform for distributed applications, fueled by high-speed communications, affordable computers, IP technology, and the shift to cloud computing.
Discover the OSI model, an ISO and ITU standard for interoperable networking, and its seven layers—from application to physical—plus LLC and MAC sublayers guiding data formatting, segmentation, addressing, and connectivity.
Explore channel coding in computer networks, including forward error correction, automatic repeat request, block codes, convolutional codes, and CRC to protect data against interference, attenuation, and distortion.
Explore wireless technology across cellular and satellite systems, tracing 1G to 4G evolution with GSM, 2G/2.5G, CDMA, 3G, LTE Advanced, plus GPS timing and satellite ground stations.
Explore IPv6, the next generation internet protocol that provides 128-bit addresses and faster routing. Learn its hexadecimal, colon-separated notation and the roles of unicast and multicast communication.
Explore the internet protocol basics, including ERP, ERP flooding and ERP spoofing, and how ERP cache maps IP addresses to MAC addresses, with broadcast requests and address resolution dynamics.
Learn how ICMP, DHCP, IPv6 neighbor discovery, and NAT enable network diagnostics, address configuration, and secure private-to-public address translation for internet access.
Explore multicast routing concepts, including group membership via IGMP and MLD, using a single multicast IP address, and routing approaches like DVMRP, CBT, and PIM in various modes.
A computer network is a group of computer systems and other computing hardware devices that are linked together through communication channels to facilitate communication and resource-sharing among a wide range of users.
Computer networks are made up of wired or wireless communication pathways that transmit data, voice and video traffic using protocols to organize traffic.
This Computer Networking training covers
Computer Network Fundamentals
Layer Models - TCP/IP and OSI
Internet Applications
Data Communication
Transmission Media - Electrical Energy, Light Energy, Satellite
Modulation and Multiplexing / Demultiplexing
Wired Technology
Wireless Technology PAN, LAN & MAN, WAN
Internetworking
IPv4 and IPv6
Internet Routing Protocol
Dynamic Routing Protocol
Distance Vector Routing Protocol
Link State & Hybrid Routing Protocol
Multicast Routing
Network Management and Performance
Network Attacks
Network Security
Computer Network Certification is included in the course which will be the proof of the new skills you own.
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