IJK Kaur - Academia.edu (original) (raw)
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IJCSIS Papers by IJK Kaur
A Wireless Sensor Network is a collection of self-organizing spatially distributed sensor nodes w... more A Wireless Sensor Network is a collection of self-organizing spatially distributed sensor nodes which senses the environment. Now days, the WSNs are widely used in the different field's applications but the sensor nodes have limited energy constraints. So currently the researchers have focuses in designing the routing protocols for WSN which are energy efficient. This paper proposed an Enhanced Scalable Energy Efficient Routing Protocol (ESEECH), which reduces the energy consumption by proper utilizing the energy of the relay nodes. In this paper ESEECH uses an approach in which the relay nodes are exchanged on the basis of their remaining energy level, in order to extend then network lifetime. The performance of proposed ESEECH routing protocol is evaluated by average energy consumption, throughput and packet delivery ratio through simulation set, which evidence better performance in comparison to the SEECH routing protocol.
A Wireless Sensor Network is a collection of self-organizing spatially distributed sensor nodes w... more A Wireless Sensor Network is a collection of self-organizing spatially distributed sensor nodes which senses the environment. Now days, the WSNs are widely used in the different field's applications but the sensor nodes have limited energy constraints. So currently the researchers have focuses in designing the routing protocols for WSN which are energy efficient. This paper proposed an Enhanced Scalable Energy Efficient Routing Protocol (ESEECH), which reduces the energy consumption by proper utilizing the energy of the relay nodes. In this paper ESEECH uses an approach in which the relay nodes are exchanged on the basis of their remaining energy level, in order to extend then network lifetime. The performance of proposed ESEECH routing protocol is evaluated by average energy consumption, throughput and packet delivery ratio through simulation set, which evidence better performance in comparison to the SEECH routing protocol.