Matches in DBpedia 2016-04 for { ?s ?p "In computer networking, a hop is one portion of the path between source and destination. Data packets pass through bridges, routers and gateways on the way. Each time packets are passed to the next device, a hop occurs.Since store and forward and other latencies are incurred through each hop, a large number of hops between source and destination implies lower real-time performance."@en }
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- Hop_(networking) abstract "In computer networking, a hop is one portion of the path between source and destination. Data packets pass through bridges, routers and gateways on the way. Each time packets are passed to the next device, a hop occurs.Since store and forward and other latencies are incurred through each hop, a large number of hops between source and destination implies lower real-time performance.".
- Q13091219 abstract "In computer networking, a hop is one portion of the path between source and destination. Data packets pass through bridges, routers and gateways on the way. Each time packets are passed to the next device, a hop occurs.Since store and forward and other latencies are incurred through each hop, a large number of hops between source and destination implies lower real-time performance.".
- Hop_(networking) comment "In computer networking, a hop is one portion of the path between source and destination. Data packets pass through bridges, routers and gateways on the way. Each time packets are passed to the next device, a hop occurs.Since store and forward and other latencies are incurred through each hop, a large number of hops between source and destination implies lower real-time performance.".
- Q13091219 comment "In computer networking, a hop is one portion of the path between source and destination. Data packets pass through bridges, routers and gateways on the way. Each time packets are passed to the next device, a hop occurs.Since store and forward and other latencies are incurred through each hop, a large number of hops between source and destination implies lower real-time performance.".