point to point
public switched
Network devices that direct data towards its destination include routers, switches, and gateways. Routers connect different networks and route data packets based on IP addresses, while switches operate within a single network to forward data based on MAC addresses. Gateways serve as entry and exit points between different networks, often translating protocols. Together, these devices ensure efficient and accurate data transmission across networks.
In a packet-switched data network, what is used to reassemble the packets in the correct order at the destination device?
Data travels over a network through a series of packets that are routed from the source to the destination using various protocols. Each packet contains destination information, allowing routers and switches to determine the optimal path across the network. As packets traverse the network, they may take different routes but are reassembled at the destination to form the complete message. This process ensures efficient and reliable data transmission across diverse network infrastructures.
The data is broadcast to all network nodes but only the destination node or nodes respond
The details vary enormously from protocol to protocol, but the basics are the same for all of them. A stream of data is split into packets, the packet has a header which contains (amongst other things) the destination for the packet. The network uses the destination address to deliver the network to the correct destination.
To ensure data delivery.to ensure that data arrives at its destination in the proper sequence
yes
Rings
A router connects multiple computers together and transmits data to its correct destination on a network.
The physical address is added
The average transmission time for data packets in a network is the time it takes for a packet of data to travel from its source to its destination. This time can vary depending on factors such as network congestion, packet size, and the speed of the network connection.
switch