当增加传感器节点的通信范围时，对于所有算法，网络寿命都会略有增加。尽管

When the communication range of sensor nodes is increased, the network lifetime will increase slightly for all algorithms. Although the energy consumed by each data packet is proportional to the communication range of the sensor node, the total energy demand for transmitting data packets is reduced due to the reduction in the number of intermediate nodes. Therefore, the normalized lifetime shows improvement when the communication range of the sensor node is increased. In summary, the experiment verified the effectiveness and superiority of the deployment strategy by optimizing different morphological functions.

When the communication range of sensor nodes is increased, the network lifetime will increase slightly for all algorithms. Although the energy consumption of each packet is directly proportional to the communication range of sensor nodes, the total energy demand of transmission packets is reduced due to the reduction of the number of intermediate nodes. Therefore, the normalized lifetime shows improvement when increasing the communication range of sensor nodes. To sum up, experiments on different morphological functions verify the effectiveness and superiority of the deployment strategy.<br>

When the communication range of sensor nodes is increased, the network lifetime will increase slightly for all algorithms. Although the energy consumed by each data packet is proportional to the communication range of sensor nodes, the total energy demand for transmitting data packets is reduced due to the reduction of the number of intermediate nodes. Therefore, the normalized lifetime shows improvement when increasing the communication range of sensor nodes. To sum up, the experiment verifies the effectiveness and superiority of the deployment strategy by optimizing different morphological functions.