Unit 3 | Computer networks | computer networks unit 3 | transport layer

DHCP, ICMP, dynamic host configuration protocol, internet control message protocol, CN subject

what is inter networking, fragmentation, tunneling, quality of services Qos | computer networks

internet protocol , ip, ipv4, ipv6, header format of ipv4 and ipv6, difference between ipv4 and ipv6

ip addressing and classes, subnetting, CIDR, classless inter domain routing, computer networks

broadcast routing algorithm, applications, types, flooding with RPF, MOSPF, DVMRP, Core based tree

mobile IP | components in mobile internet protocol | computer networks | CN Subject | unit 3

IGMP | internal group management protocol | working | advantages | computer networks | unit 3 | CN

border gateway protocol | BGP | internal and external BGP | BGP network types | computer networks

open shortest path first | OPSF | in computer networks | CN Subject | unit 3

hierarchical switching and its layers in computer networks | computer networks | CN Subject

MPLS | multiprotocol label switching | example | advantages | computer networks | unit 3 CN subject

ARP | address resolution protocol | types | proxy ARP, gratuitous ARP, Inverse ARP, reverse ARP | CN

congestion control approaches, provisioning, admission control, traffic aware routing, load shedding

flooding, selective flooding, techniques, examples | computer networks | unit 3 | CN subject

various broadcast routing algorithms in computer networks | unit 3 | computer networks | CN subject

congestion, congestion control, types, open loop and closed loop congestion control techniques, CN

hierarchical routing algorithm | example | advantages | disadvantages | working | computer networks

bellman ford algorithm, example, problem, advantages, disadvantages computer networks, CN subject

link state routing algorithm and dijkstra,s algorithm | examples | problems | computer networks | CN

Adaptive and non adaptive routing algorithms, dynamic and static routing, optimality principle | CN

packet switching, connection, connectionless, packet switching, datagram, virtual circuit networks

network layer | functions and design issues of network layer | unit 3 computer networks

computer networks | unit 2 | complete unit 2 explanation | CN Subject | btech

error detection methods, vertical, longitudinal, cyclic redundancy check, checksum, vrc, crc, lrc

similarities and differences between error control and flow control, data link layer switching

error correction, retransmission, symbol substitution, forward error control methods, hamming code

framing methods in data link layer, character count, character stuffing, bit stuffing methods in DLL

data link layer | functions and design issues of data link layer | dll | computer networks | unit 2

sliding window protocol | 1 bit | sliding window protocol using go back n | selective repeat | CN

noiseless and noisy DLL protocols, simplest, stop & wait, go back n, selective repeat ARQ

what is piggybacking | piggybacking | advantages | disadvantages | working | computer networks

wireless LANs, IEEE 802.11 Standard, architecture, services, frame format, static, dynamic channels

collision free protocols , bluetooth, zigbee, bridges and its types, operations of two port bridge

mac protocols, aloha, csma, csma/cd, csma/ca, reservation, token passing, polling, fdma, tdma, cdma

point to point protocol , frame format, digital subscriber line, DSL , ADSL, SDSL ,computer networks

unit 1 | computer networks subject | computer networks subject complete unit 1 for btech, CN subject

tcp/ip model, similarities and differences between osi and tcp/ip models | computer networks

internet, intranet, internet architecture, difference between internet intranet | computer networks

what is arpanet | arpanet architecture in computer networks | unit 1 | computer networks

OSI reference model, 7 layers, physical, data link, network, transport, session, presentation layers

layered network architecture, hierarchy of protocols, reasons for using them, and thier services

network software, protocol, service, interface, various network protocols, http, smtp, ftp, tcp/ip

network topology and their types, bus, star, ring, mesh topologies, backbone network and their types

types of computer networks, PAN, LAN, WAN, MAN, client server,peer to peer, wired, wireless networks

hardware components, transmission technologies, magnetic media , powerlines, computer networks

ARPANET architecture, INTERNET, history and features, internet architecture, internet vs intranet

transmission media, guided and unguided transmission media, twisted pair, coaxial, fier optic cables

Network | Computer network | uses of computer networks now a days | features of computer networks

cloud computing complete unit 4 | btech cloud computing subject | unit 4 | cc subject | for btech

software as a service, characteristics, suitability, pros, cons of saas, summary of saas providers

platform as a service, characteristics, suitability, pros, cons of paas, summary of paas providers

infrastructure as a service characteristics suitability pros cons of iaas, summary of iaas providers

other cloud service models, network,storage,desktop,database,data,security,identity as a service

nist definition of iaas, paas, saas, cloud deployment models, public, private, community clouds

cloud computing complete unit 3 explanation | Cloud computing subject | Btech cloud computing

network connectivity , public and private cloud access, intra cloud networking in cloud computing

cloud applications, stand alone, web, cloud applications | features of cloud applications, CC unit 3

cloud management, infrastructure and application management, cloud migration phases and approaches

cloud architecture, client, network, cloud management, hardware resource layer, anatomy of the cloud