Research Article
Optimized Cluster-Based Dynamic Energy-Aware Routing Protocol for Wireless Sensor Networks in Agriculture Precision
| S# | Agriculture precision system references | Applications | Overhead | Coverage area | Energy consumption reduction | Network lifetime | Scalability | Limitation |
| 1 | [45] | Greenhouse | Moderate | 50 m | Moderate | Limited | Moderate | Time consuming, synchronization accuracy | 2 | [46] | Agriculture | High | 150 m | Not considered | Moderate | Not considered | Not feasible for other quality of services parameters | 3 | [47] | Crop farming | Moderate | 180 m | 20 times more compared to traditional systems without CH | Limited | Not considered | Not reliable communication beyond 80 m | 4 | [44] | Tree monitoring | High | 180 m | High | Limited | Not considered | Its solar system has irregularity on different aspects | 5 | [48] | Precision agriculture | Moderate | 40 m | High | Limited | Not considered | System is more complex and leads to predefined path issues | 6 | [43] | Forest monitoring | High | 672 m | High | Moderate | Not considered | Packet loss, energy consumption | 7 | Proposed system (GCEEC) | Precision agriculture | Low | 200 m | Low | Long | Considered | Fixed for agriculture precision only |
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