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Difference Between RIP and OSPF

September 13, 2011Posted byAndrew

RIP vs OSPF RIP and OSPF are routing protocols used to advertise about routes in a network they are used as Interior Gateway Protocols (IGP), which are configured inside an autonomous system. Protocols are set of rules and regulations, and they are used with routers to establish connection inside a network in computer networking. Autonomous […]

Filed Under:协议标记With:Autonomous System,Border Designated Router),convergence time,Designated Router,Dijkstra’s Shortest Path First,Distance vector protocol,hold down,IGP,Interior Gateway Protocols,OSPF,RIP,RIP next generation,RIP V1,RIP V2,RIPng,route poisoning,routing protocols,SPF algorithm,split-horizon

Difference Between EIGRP and OSPF

September 12, 2011Posted byAndrew

EIGRP vs OSPF EIGRP and OSPF are routing protocols used to advertise about routes in a network. EIGRP is a cisco proprietary protocol, and OSPF is an open standard industry protocol, which can also be used with non-Cisco devices like Juniper. Protocols are set of rules and regulations, and routing protocols are used with routers […]

Filed Under:协议标记With:BDR,data link layer protocols,Designated Router,Dijkstra’s Shortest Path First,DR,DUAL,EIGRP,Interior Gateway Protocol,Internet Protocol,OSPF,routing protocols,SPF algorithm,subnet

Difference Between Link State and Distance Vector

September 12, 2011Posted byAndrew

Link State vs Distance Vector Distance vector protocol and Link state protocol are two major sections in routing protocols. Each routing protocols belongs to one or both of them. Routing protocols are used to learn about it’s neighbors, network changes, and routes in a network. In routing protocol where we use distance vector routing algorithm, […]

Filed Under:协议标记With:Distance vector,Distance vector protocol,distance vector routing algorithm,distance vector routing protocols,hold down timer,IGRP,IS-IS,Link state,Link State Advertisements,Link State Database,Link state protocol,链路状态路由协议,loop prevention mechanism,LSA,LSDB,OSPF,RIP V1,RIP V2,routing protocols,split-horizon,triggered update

Difference Between Subnetting and Supernetting

July 3, 2011Posted byIndika

Subnetting vs Supernetting Subnetting is the process of dividing an IP network in to sub divisions called subnets. Computers belonging to a sub network have a common group of most-significant bits in their IP addresses. So, this would break the IP address in to two parts (logically), as the network prefix and the rest field. […]

Filed Under:Networking标记With:BGP,Border Gateway Protocol,CIDR,class C IP address,Classless Inter-Domain Routing,EGP,Exterior Gateway Protocol,IP address,IP Addresses,IP network,network prefix,Open Shortest Path First,OSPF,RIP,route aggregation,route summarisation,route summarization,Routing Information Protocol,routing prefix,routing protocols,sub network,subnet,subnet ID,subnet mask,subnets,Subnetting,Supernetting

Difference Between Centralised Routing and Distributed Routing Protocols

June 7, 2011Posted byIndika

Centralised Routing vs Distributed Routing Protocols Routing is the process of choosing which paths to be used to send network traffic, and sending the packets along the selected sub network. In computer networking terminology, a routing protocol defines how nodes in networks (specifically routers) interact with each other, to decide which paths to choose for […]

Filed Under:Networking标记With:Centralised Protocols,Centralised Routing Protocols,Centralized protocols,distance vector protocols,distributed protocols,dynamic protocol,Dynamic protocols,dynamic routing protocol,isolated protocols,link state protocols,non isolated protocols,routing protocol,routing protocols,static protocol,Static protocols,static routing protocol

Difference Between Reactive and Proactive Protocols

May 15, 2011Posted byOlivia

活性和Proactive Protocols Reactive and Proactive Protocols are the routing protocols that are used in mobile Ad hoc networks to send data from the host to the destination. A packet data is sent from source to destination in an Ad hoc network through multiple nodes that are mobile. This type of network is generally […]

Filed Under:Switching标记With:Ad hoc On-Demand Distance Vector,AODV,Bellmann-Ford algorithm,Destination Sequence Distance Vector,DSDV,DSDV router,localization protocols,MANET,mobile Ad hoc networks,Proactive,Proactive and Reactive Protocols,Proactive Protocol,Proactive Protocols,Proactive Protocols and Reactive Protocols,Reactive,Reactive Protocol,Reactive Protocol and Proactive Protocol,Reactive Protocols,routing protocols,临时排序路由算法,TORA

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