When it comes to moving data through networks, there are some important ideas to keep in mind:
Hierarchical Routing: This method helps break networks into smaller parts. Instead of having one big network where every device knows all others, hierarchical routing helps find the best paths for data. You can often see this in bigger networks, like those used at colleges.
Dynamic Routing: This type of routing changes based on real-time network conditions. It keeps updating the paths by figuring out the best ways to send data. This is super important when traffic changes or devices go on and offline.
Routing Metrics: These are like guidelines to find the best path for data. Some common examples are hop count (how many stops the data makes), bandwidth (the amount of data that can move through), and latency (how long it takes for data to travel). Routers use these guidelines to make smart choices.
Load Balancing: This idea helps use resources better, speeds up responses, and prevents any single part of the network from getting too busy. This is really important for keeping networks running smoothly, especially in crowded universities.
Redundancy: This means having extra routes available so that if one fails, data can still get through. It’s all about being strong and not losing data or having the network go down!
Remember, knowing these principles is really helpful for managing and keeping networks safe.
When it comes to moving data through networks, there are some important ideas to keep in mind:
Hierarchical Routing: This method helps break networks into smaller parts. Instead of having one big network where every device knows all others, hierarchical routing helps find the best paths for data. You can often see this in bigger networks, like those used at colleges.
Dynamic Routing: This type of routing changes based on real-time network conditions. It keeps updating the paths by figuring out the best ways to send data. This is super important when traffic changes or devices go on and offline.
Routing Metrics: These are like guidelines to find the best path for data. Some common examples are hop count (how many stops the data makes), bandwidth (the amount of data that can move through), and latency (how long it takes for data to travel). Routers use these guidelines to make smart choices.
Load Balancing: This idea helps use resources better, speeds up responses, and prevents any single part of the network from getting too busy. This is really important for keeping networks running smoothly, especially in crowded universities.
Redundancy: This means having extra routes available so that if one fails, data can still get through. It’s all about being strong and not losing data or having the network go down!
Remember, knowing these principles is really helpful for managing and keeping networks safe.