client/server network
a client/server network.
A network can be really be any size. It can start with just one server and terminal to many terminals and servers and other nodes. You can make it as big as you want to make it. It is that simple. A network is nothing more than a series of interconnected devices. A network can even consist of one desktop computer and a networked printer.
Answer: No, two hosts/nodes on the same network, or subnet cannot share the same IP Address. This goes for everything with a NIC, or (network interface card), including IP Printers.Why?: Simply put, two hosts/nodes on the same network, or subnet cannot use the same logical addressing information. This would cause logical addressing errors during ARP, RARP, DHCP and DNS traffic (among many others), and prevent both machines from using the network at the same time, due to 'half of all packet transmissions' being sent, or received at any given point by one host/node, but never the other.
If this is a computer related question; a WAN is a Wide Area Network. If you have 2 or more computers in your home or business and they are connected to each other you have a network. This is considered a local area network - LAN.If you have 2 of these groups of computers in separate locations they are each individual LANs. When you connect the separate LANs together either with dedicated phone lines (like T1) or through the internet using a 'private' (VPN is one type) connection they become a WAN.-------------------------------------------------------------------------------------------------------------------------------------------AnswerWANs or Wide Area Network are usually setup in different geographical Locations with the help of certain hardwares such as Router,Gateway and Bridge.It uses communication switching technique like Circuit,Message and Packet switching to exchange data.It used certain services to switch data ( exchange of data between nodes) likePSTN,PSDN,VAS,ISDN or Private Network.
The network provider is the company who provided you with the network and who you are paying for you to be able to use their network. They are the ones who own the network that you are using. Some examples of network providers include Quest, Comcast, and Baja, but there are many more out there to choose from.
A network that has ten or more nodes is usually configured as a client/server network.
a client/server network.
If you are interested in the Solana network, one of the questions that you might have is, βWhat is a Solana node?β A Solana node is a node that can give access to Solana network transactions. You can learn more about the Solana network and Solana nodes here.
A peer-to-peer network, but if it is more than 10 nodes than it is Client/server network.
"The rule to find whether a network is traversable or not is by looking at points called nodes. Nodes are places where two or more lines meet. On these networks, the nodes are clearly shown by the black points in the diagrams. Now you are probably wondering what this has to do with the network being traversable or not. The node either would have an odd or even number of lines connected to it. Do not count the nodes with an even number of lines connected to it. Count the number of nodes with an odd number of lines connected to it. If there are no odd nodes or if there are two odd nodes, that means that the network it traversable. Networks with only two odd nodes are in a traversable path and networks with no odd nodes are in a traversable circuit."
Generally, the multi-hop communication means the nodes within the network can able to communicate with the help of two or more nodes, which are acting as the relay nodes, between the source and destination node.
Routers connects different network to internet.There are 2 ways to connect to the internet.
* Traffic congestion on the network has been an issue since the inception of the client-server paradigm. As the number of simultaneous client requests to a given server increases, the server can become overloaded. Contrast that to a P2P network, where its aggregated bandwidth actually increases as nodes are added, since the P2P network's overall bandwidth can be roughly computed as the sum of the bandwidths of every node in that network. * The client-server paradigm lacks the robustness of a good P2P network. Under client-server, should a critical server fail, clients' requests cannot be fulfilled. In P2P networks, resources are usually distributed among many nodes. Even if one or more nodes depart and abandon a downloading file, for example, the remaining nodes should still have the data needed to complete the download
* Traffic congestion on the network has been an issue since the inception of the client-server paradigm. As the number of simultaneous client requests to a given server increases, the server can become overloaded. Contrast that to a P2P network, where its aggregated bandwidth actually increases as nodes are added, since the P2P network's overall bandwidth can be roughly computed as the sum of the bandwidths of every node in that network. * The client-server paradigm lacks the robustness of a good P2P network. Under client-server, should a critical server fail, clients' requests cannot be fulfilled. In P2P networks, resources are usually distributed among many nodes. Even if one or more nodes depart and abandon a downloading file, for example, the remaining nodes should still have the data needed to complete the download email:-tsk0707@gmail.com
The basic components of a network are the clients and the network hardware such as the switch that connects the hosts together. Each client is required to have a network interface card and must be configured with the network IP settings that the admin has configured for the network. Once all the lower level settings have been configured you need to configure the computer to join either the workgroup or the network domain that is configured on the network.
I assume your server is a gateway... One of the reasons is that it is not configured properly or one or more services have failed require attention of network administrator.
It is NOT!The internet is a network not a website.The internet is a network connecting many different nodes: some are websites but many are not websites. Many nodes on the internet are specialized servers that provide information as individual computers request it and no more (e.g. time standards), other nodes are computers that do not support the protocols used by websites and must be accessed only with lower level internet protocols, etc.