| Initialize: Considering the active time slots of node are , |
| the energy consumption of node is and the energy consumption |
| is set 0. The CDS is then constructed. |
| Input energy consumption of each node: |
| Case 1: The process of data transmission |
| 1: For each node Do |
| 2: Sends a data packet to other nodes, |
| 3: Add the energy consumption of node in the header |
| of packet. |
| 4: For each node receives the data packet Do |
| 5: Read the energy consumption from the header of |
| data packet, then store the energy consumption in |
| node . |
| 6: Delete the energy consumption from the header of |
| data packet, and store the energy consumption of |
| in the header of data packet . |
| 7: End for |
| 8: End for |
| Case 2: Adjust the duty cycle of nodes |
| 9: For each node after one round of data transmission Do |
| 10: Compare the energy consumption of nodes stored in node |
| , and its energy consumption in accordance with the |
| order from small to large , and store its |
| energy consumption . |
| 11: According to the (6), calculate the average energy |
| consumption of neighbor nodes of node . |
| 12: |
| 13: If then |
| 14: Compute according to the (13); |
| 15: Else if then |
| 16: Maintain the current duty cycle. |
| 17: End if |
| 18: End for |
| 19: Output duty cycle of each node |
| Case 3: Reconstruct CDS |
| 20: According to Section 4.2, construct PDS. |
| 21: According to Section 4.2, connect nodes in PDS, to make |
| the network connection. |
| 22: In order to reduce transmission delay, delete redundancy nodes. |
| 23: At last, CDS is reconstructed. |
| 24: Return to step 1. |
| Output the duty cycle of each node |
