which of the following are true about internet routing is the process of moving data through the internet from one computer to another. It is an integral part of the internet, allowing for the efficient transmission of data from one computer to another.
Internet routing works by using routing protocols and algorithms to determine the best path for data to travel. Routers, which are specialized computers, are used to route data packets across the internet.
Q1: How does internet routing work?
Internet routing works by using routing protocols and algorithms to determine the best path for data to travel. Routers, which are specialized computers, are used to route data packets across the internet.
The router looks at the destination address of the data packet and uses routing protocols to determine the best route to take the packet to its destination. The router will then forward the packet to the next router until it reaches its destination.
Q2: What is the purpose of internet routing?
The purpose of internet routing is to ensure that data packets are efficiently sent from one computer to another over the internet.
The routers act as a bridge between the sending and receiving computers and route the data packets over the most efficient and reliable paths.
This ensures that the data is sent quickly, securely, and reliably from one computer to another.
Q3: What are the components of internet routing?
The components of internet routing are routing protocols, routers, and algorithms. Routing protocols are used to determine the best path for data to travel.
Routers are specialized computers used to route data packets across the internet. Algorithms are used by routers to determine the best route to take the packet to its destination.
Q4: What is the difference between routing and switching?
Routing and switching are two related technologies used in networking. Routing is the process of moving data through the internet from one computer to another, while switching is the process of sending data from one node to another within a network.