Abstract Load imbalance issue arises due to the temporal variation in traffic where the cellular technologies cause it. The network performance has impacted in this environment because of the diversity proposition. To optimize the system metrics, we in this paper, have proposed algorithm suitability. We found that in the experimentation process, the energy and spectral efficiency is improved due to the... Load imbalance issue arises due to the temporal variation in traffic where the cellular technologies cause it. The network performance has impacted in this environment because of the diversity proposition. To optimize the system metrics, we in this paper, have proposed algorithm suitability. We found that in the experimentation process, the energy and spectral efficiency is improved due to the software defined self-organized networking. Read More Read Less

Abstract A system is proposed to use contention resolution for wireless sensor networks. We present a brief outline of the available contention resolution methods and explain the representative protocols. We also brief the essential behaviour by highlighting the strength and weaknesses.... A system is proposed to use contention resolution for wireless sensor networks. We present a brief outline of the available contention resolution methods and explain the representative protocols. We also brief the essential behaviour by highlighting the strength and weaknesses. Read More Read Less

Abstract Sensors, microcontrollers and transceiver block constitute the sensor nodes of the wireless sensor networks. For sustaining the networks, power consumption is required which is available in the non-rechargeable batteries. We intend to reduce the power consumption of sensor nodes and increase the lifetime of batteries. We further evaluated the power consumption of the sensor nodes in real life situation with... Sensors, microcontrollers and transceiver block constitute the sensor nodes of the wireless sensor networks. For sustaining the networks, power consumption is required which is available in the non-rechargeable batteries. We intend to reduce the power consumption of sensor nodes and increase the lifetime of batteries. We further evaluated the power consumption of the sensor nodes in real life situation with the help of the data from the datasheets of the blocks. We found in the trial situation that the power gathering technique is higher in power saving where the implementation of the lower duty cycling is experienced. Read More Read Less