Research Article
An Effective Wireless Sensor Network Routing Protocol Based on Particle Swarm Optimization Algorithm
Table 1
Simulation of parameters.
| | Parameter | Value |
| | Mobility model | Random way-point | | Simulator | NS 2.34 | | Number of nodes | 25 | | Area of simulation | , wide | | Simulation time | 3600 second | | Speed | Varying from 0.006 m/s to 0.47 m/s (ocean env) | | Pause time | 300 second | | Traffic type | Constant bit rate (CBR) | | Data packet length | 70 bytes | | Connection rate | 0.05 to 4 packets per second | | Routing protocol | MPS-ORP, DSDV, AODV | | Radio-propagation model | Two-ray-ground | | Interface queue type | Drop-tail/Pri-queue | | Maximum packet in queue | 150 | | Network interface type | WirelessPhy/802_15_4 | | MAC type | 802_15_4 | | Antenna type | OmniAntenn | | Transmitting power (pt_) | 0.001 Watts | | Receiver threshold (RXThresh_) | Watts | | Capture power threshold (CPThresh_) | 10 dB | | Carrier sensing threshold (CSThresh_) | Watts | | Operating Freq (freq_) | GHz | | System loss factor (L_) | 1.0 |
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