A Low Energy Consuming MAC Protocol for Wireless Sensor Networks
RB Pedditi, K Debasis - 2022 2nd International Conference on …, 2022 - ieeexplore.ieee.org
RB Pedditi, K Debasis
2022 2nd International Conference on Artificial Intelligence and …, 2022•ieeexplore.ieee.orgIn a Wireless Sensor Network (WSN), sensor nodes are small autonomous devices that run
on batteries. When the battery of a sensor node dies, it stops functioning. Generally, a
sensor node loses more energy in communication than in sensing or processing activities.
The proposed model, Low Energy Consuming Medium Access Control (LECMAC),
minimizes energy consumption by reducing the number of communications in the network.
Hence, the WSN lifetime increases. Two existing models, ES-MAC and LEACH, are …
on batteries. When the battery of a sensor node dies, it stops functioning. Generally, a
sensor node loses more energy in communication than in sensing or processing activities.
The proposed model, Low Energy Consuming Medium Access Control (LECMAC),
minimizes energy consumption by reducing the number of communications in the network.
Hence, the WSN lifetime increases. Two existing models, ES-MAC and LEACH, are …
In a Wireless Sensor Network (WSN), sensor nodes are small autonomous devices that run on batteries. When the battery of a sensor node dies, it stops functioning. Generally, a sensor node loses more energy in communication than in sensing or processing activities. The proposed model, Low Energy Consuming Medium Access Control (LECMAC), minimizes energy consumption by reducing the number of communications in the network. Hence, the WSN lifetime increases. Two existing models, ES-MAC and LEACH, are compared to LECMAC in four various layouts. The experimental results show that LECMAC outperforms ES-MAC and LEACH in extending network lifetime.
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