Pinned Repositories
Comparison_of_LEACH_with_Z-SEP
This repository includes the project I have done for one of my core papers - Computer networks. In this I had compared two types of routing protocol for the heterogenous wireless sensor networks in terms of throughput. The two protocols used are LEACH and Z-SEP
Sleep_Scheduled-routing-in-Wireless-Sensor-Networks
In order to minimize energy consumption of sensor nodes in wireless sensor networks, this paper presents an Energy Efficient Sleep-Scheduled Tree-Based Routing Protocol (EESSTBRP) that modifies the chain formation in PEGASIS to create a set of paired and unpaired nodes in the network based on a distance and sensing range threshold. The paired nodes switch between active and sleep modes so as to remove redundant data and save battery power. To minimize energy consumption as nodes switching between the modes, this scheme considers the transitioning to be done based on a point of near depletion of the nodes’ residual energy. To further reduce energy consumption during transmission, this protocol utilizes prim’s minimum spanning tree mechanism to route data from the active nodes to the Base Station (BS). Simulation results show that this proposed mechanism can significantly improve network lifetime in comparison to PEGASIS
hwfjaxx's Repositories
hwfjaxx/Comparison_of_LEACH_with_Z-SEP
This repository includes the project I have done for one of my core papers - Computer networks. In this I had compared two types of routing protocol for the heterogenous wireless sensor networks in terms of throughput. The two protocols used are LEACH and Z-SEP
hwfjaxx/Sleep_Scheduled-routing-in-Wireless-Sensor-Networks
In order to minimize energy consumption of sensor nodes in wireless sensor networks, this paper presents an Energy Efficient Sleep-Scheduled Tree-Based Routing Protocol (EESSTBRP) that modifies the chain formation in PEGASIS to create a set of paired and unpaired nodes in the network based on a distance and sensing range threshold. The paired nodes switch between active and sleep modes so as to remove redundant data and save battery power. To minimize energy consumption as nodes switching between the modes, this scheme considers the transitioning to be done based on a point of near depletion of the nodes’ residual energy. To further reduce energy consumption during transmission, this protocol utilizes prim’s minimum spanning tree mechanism to route data from the active nodes to the Base Station (BS). Simulation results show that this proposed mechanism can significantly improve network lifetime in comparison to PEGASIS