what are the main characteristics of each routing protocol?
538241
Routing protocols can be compared based on the following characteristics: Speed of convergence: Speed of convergence defines how quickly the routers in the network topology share routing information and reach a state of consistent knowledge. The faster the convergence, the more preferable the protocol.
652648
More Efficient Routing – IPv6 reduces the size of routing tables and makes routing more efficient and hierarchical. In IPv6 networks, fragmentation is handled by the source device, rather than a router, using a protocol for discovery of the path's maximum transmission unit.
553954
['Data transmission circuit.', 'Full-duplex.', 'Half-duplex.', 'Multi-drop: Bus network. Mesh network. Ring network. Star network. Wireless network.', 'Point-to-point.', 'Simplex.']
287204
OSPF detects changes in the topology, such as link failures, and converges on a new loop-free routing structure within seconds. OSPF has become a popular dynamic routing protocol. Other commonly used dynamic routing protocols are the RIPv2 and the Border Gateway Protocol (BGP).
593573
['IPSec and VPNs.', 'TLS and SSL.', 'Application Transparent Transport Layer Security.', 'Kerberos.', 'OSPF authentication.', 'SNMPv3.']
1426674
The proactive routing protocols are update table information in the routing. The reactive routing protocols maintain structure and recovery of protocols.
141998
That is, they are all different resulting in different characteristics: -Speed -Distance -Topology -Bus power -Intrinsic safety -Number of devices -Etc. As far as software procedure (protocol) is concerned, HART and Modbus are master/slave, PROFIBUS is token passing, Fieldbus is delegated token, etc.
1009
['Q1. What do you mean by Network? ... ', 'Q2. What do you mean by Node? ... ', 'Q3. What do you mean by Network Topology? ... ', 'Q4. What is Routers? ... ', 'Q5. What is the OSI model? ... ', 'Q6. Explain the Different layers of the OSI model. ... ', 'Q7. Describe Hub, Switch and Router? ... ', 'Q8.']
596194
['Process to process delivery – ... ', 'End-to-end Connection between hosts – ... ', 'Multiplexing and Demultiplexing – ... ', 'Congestion Control – ... ', 'Data integrity and Error correction – ... ', 'Flow control –']
514517
A routed protocol is a protocol by which data can be routed. Examples of a routed protocol are IP, IPX, and AppleTalk. ... All hosts on an internetwork (routers, servers, and workstations) can utilize the services of a routed protocol. A routing protocol, on the other hand, is only used between routers.
341417
['Reduced chances of data collision as each node release a data packet after receiving the token.', 'Token passing makes ring topology perform better than bus topology under heavy traffic.', 'No need of server to control connectivity among the nodes.', 'Equal access to the resources.']
945249
['Functionality.', 'Reliability.', 'Usability.', 'Efficiency.', 'Maintainability.', 'Portability.']
475842
['Knowledge about the whole network: Each router shares its knowledge through the entire network. ... ', 'Routing only to neighbors: The router sends its knowledge about the network to only those routers which have direct links.']
71668
The dynamic routing protocol that is the most different from all the others is the Border Gateway Protocol (BGP). RIP, EIGRP and OSPF are all interior gateway protocols (IGP) while BGP is an exterior gateway protocol (EGP).
1035679
In static routing, the routes are user-defined while in dynamic routing the routes are updated as topology changes. Static routing does not employ complex algorithms. ... Dynamic routing involves protocols such as RIP, EIGRP, BGP, etc. Inversely, static routing does not require such protocols.
1148379
['Message: The message is the information (data) to be communicated. ... ', 'Sender: The sender is the device that sends the data message. ... ', 'Receiver: The receiver is the device that receives the message. ... ', 'Transmission medium: The transmission medium is the physical path by which a message travels from sender to receiver. ... ', 'Protocol:']
1052148
['Scalability with a very large IPv6 address space (2128 addresses), enabling to provide unique and permanent IP addresses to each and every device.', 'Address self-configuration mechanisms, (SLAAC) easing and reducing costs of deployment.']