Well, if I were Sean, I would use the Net Send command:
net send {name | * | /domain[:name] | /users} message
When a device on BUS Topology wants to send a message to another nod, it first finds out the destination address. Then it checks that whether the Communication Line is free or not! As soon as the communication line becomes free, the message is broadcasted on the line. The signal travels to the destination node by passing all the nodes that are on its way. As the message travels on the line, each node checks that whether the message is addressed to them or not. When the addressee node receives the message successfully, it sends an acknowledgement to the sender/source node. Then the transmission line becomes free. In this case, all nodes will receive the message, but the addressee node has to respond back.
Hierarchical Networks
Two different networks are connected by a router. Switches are used to connect network devices within networks.
YES
A receiving node refers to a point in a network or system that accepts data, signals, or resources from another node. In the context of telecommunications or computer networks, it processes incoming information and may relay it to other nodes or systems. Essentially, it acts as a destination for transmitted data, facilitating communication and data exchange within the network.
Node to node delivery is a general networking reference and is often contrasted with end-to-end delivery. The terms apply equally well to delivering mail and sending data over over the Internet. It helps to have a specific example illustrating the meaning of "network" within the context of the reference to node-to-node, but the general idea is pretty universal. A network is normally made of of connections between many points. Any connection between two of those points without an intervening point is a node-to-node connection. If you are driving a delivery truck, the path between to stops is the node-to-node path and what comes from one stop to the next is a node-to-node delivery. Networks usually have nodes where things enter the network or leave it. If a delivery is to go from and entering point to a leaving point, it is an end-to-end delivery and may involve many or few intermediate node-to-node transportation transfers. Needless to say, there are may variations of nodes and connections and communication strategies in the various networks, so there is this vocabulary that is useful that is general for many types of networks.
star network
examples:- delete this node (identified by a pointer)- insert a new node before this node- replace this node with another node
In the context of networks, a node is a point where two or more links (or branches) meet, whereas a junction is a point where three or more branches meet. Nodes and junctions are important concepts in network theory for analyzing and designing various types of networks, such as electrical circuits or transportation systems.
token passing
A peer-to-peer (P2P) network allows each node to communicate directly with every other node without the need for a central server. In this decentralized architecture, each participant can share resources, data, and services with others, facilitating efficient collaboration and data exchange. Examples of P2P networks include file-sharing systems and blockchain networks.
sinoatrial node (SA)