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What is the importance of addressing and naming schemes in network communications?
Wiki User
∙ 13y ago
By naming the different schemes you are able to individually identify them, making troubleshooting and security measures easier to maintain. If you can't identify specifically what your problem is, it makes it quite difficult to either fix a problem with the network.
Wiki User
∙ 13y ago
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What are the different addressing schemes used in networking?
MAC addressing. IP addressing. port addressing. specific address.
What are the Functions of each ip address class?
In classfull addressing schemes each address class limited the total number of clients per network. Other than that, there are no particular functions for each address class.
What if there are no mac addresses and all adapters use ip addresses?
Ethernet devices are identified by their MAC address, not an IP address. If their were no MAC address incorporated into the device then it is not following the rules define for the ethernet protocol. It would not be an ethernet network adapter or it would be a defective ethernet network adapter. As the LANs are designed for arbitrary network layer protocols, not just IP, so if the adapters are assigned with IP addresses rather than MAC addresses, than it will be difficult for adapters to support other network layers. Even if the adapters use entire network layer addressing schemes, they will need to be reconfigured every time they are powered up. So it is imperative to use neutral MAC address independent of network layer addressing schemes in order to ensure better performance of network.
Refers to a communications method in which nodes do not have to conform to any predetermined schemes that specify the timing of data transmissions?
Asynchronous
How many addressing mode of 8086 assembly language program?
there are five addressing modes in 8086 they are : 1->direct addressing 2->Indirect addressing 3->index addressing 4->immediate addressing 5->register addressing
Which protocol is used to set the IP address?
The older protocol for this purpose was BOOTP, but modern addressing LAN schemes today will use DHCP.
What is the problem not caused by excessive broadcast traffic on a network segment?
Complex address schemes
What is Multicast Protocol with diagram?
In computer networking, "multicast" refers to the delivery of data to a group of destination computers simultaneously in a single transmission from the source creating copies automatically in other network elements, such as routers, only when the topology of the network requires it. There are several multicast protocols. RFC 1458 - Requirements for Multicast Protocols attempts to standardize these protocols. Generally the possible routing schemes fall into one of a three main addressing methodologies, unicast addressing, broadcast or multicast addressing, and anycast addressing. Unicast addressing sends data from a single source to a single destination. In anycast addressing datagrams from a single sender are routed to the topologically nearest node in a group of potential receivers all identified by the same destination address. The data has multiple POSSIBLE recipients, but only one recipient winds up getting it. In broadcast and multicast addressing, a single sender sends a single message to multiple recipients simultaneously. Broadcast differs from multicast in that under broadcast, ALL computers on the network get the data while under multicast, only those computers targeted to receive it. For diagrams illustrating this, see the Wikipedia article in the related links.
Which class does the IP address 199.199.10.0 belong to?
Class B, if you are referring to classful addressing schemes.
What is the role of data networking in the human network?
By naming the different schemes, We are able to individually identify them. This makes troubleshooting and security measures easier to maintain.
How many potential MAC address schemes are possible?
There are 2^48 (or 281,474,976,710,656) potential MAC addresses. MAC addresses are 48 bits long, allowing for a wide range of unique addresses to be assigned to network devices.
What are the advantages of star network?
A star network provides good performance, is easy to install and expand. Failures out in the network don't tend to impact other nodes (unlike ring networks, for example, which fail completely when a node goes down or else require elaborate double-ring schemes to cope
