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Year/ref | Author name | Technique used | Tools | Parameters | Advantages | Limitations |
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2014/ [5] | S. Zhang, X. Xu, Y. Wu and L. Lu | MAC mechanism for user-centric scheduling | MATLAB | Delay, reliability | Energy-efficient reduced latency and highly reliable networks | Complexity issues in implementation. |
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2018/ [6] | M. Elappila, S. Chinara, D. Parhi | Survivable path routing | Network Simulator-2.35 | Throughput, end-to-end delay, packet delivery ratio, and remaining energy | Minimizes the network congestion, high packet reception rate decreased end-to-end delay | Mac layer designs with transmission power control schemes |
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2018/[7] | S. Fu, L. Zhao, Z. Su, X. Jian | Unmanned aerial vehicles (UAV) based relay in WSN | MATLAB-2013b | Power consumption | Maximizes the system performance, decrease the transmitting power | Flightpath selection algorithm for UAV to achieve the best path for data collection |
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2019/[8] | Y. Zhao, K. Liu, X. Xu, L. Huang | Distributed dynamic cluster head selection and -means | MATLAB | Traffic distribution, throughput, energy consumption | Decreases energy efficiency, uniform density | A large number of devices |
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2019/[9] | S. Nejakar, P. Benakop | Energy management technique in reactive routing protocol | NSG-2 software | Throughput, packet delivery factor | Improves the network lifetime, increased throughput, reducing energy efficiency | The burden of high power utilization |
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2019/[10] | T. Behera, S. Mohapatra, M. Khan, A. Gandomi | Efficient cluster head selection scheme | MATLAB | Throughput, average residual energy, number of dead nodes | The optimal number of cluster heads in the network enhances the network lifetime | Realistic scenarios for a WSN-based IoT |
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2020/[11] | Seyyeddabbasi, F. Kiani | Routing protocol based on ant colony optimization | MATLAB | Energy consumption, network lifetime, remaining energy, buffer size | Finds the optimal path, real-time transfer of data on a large scale of WSN and decentralized IoT | Designed for the generation and analysis of big data |
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2021/[12] | C. Jothikuamar, V. Deeban, S. Singh | Optimal cluster-based routing and -means | NSG-2 software | Energy dissipation, packet delivery ratio, end-to-end delay | Energy distribution, maximum transmission, prolonged network lifespan | Security mechanism in the implementation |
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