Research Article
A Data Forwarding Approach for Fire-Rescue Scenario with Multi-Type Mobile Nodes
Table 4
Comparisons of DFAFR, DT, EF, PROPHET and MPRP.
| Algorithm | Forwarding manner | Mobility patterns | Delivery ratio | Delivery delay | Forwarding overhead | Scenario |
| DFAFR | opportunistic forwarding | multiple types | large | short | low | fire-rescue scenario | DT | direct transmission | single type | small | extremely long | low | delay-insensitive scenario | EF | flooding broadcast | single type | large | short | extremely high | cost-insensitive scenario | PROPHET | probabilistic routing | single type | large | short | low | regular-movent scenario | MPRP | opportunistic forwarding | single type | large | short | low | earthquake-scenario |
|
|