The growing need for intelligent energy monitoring systems in both residential and industrial settings has driven the advancement of smart metering technologies. This study presented the development and evaluation of a cost-effective, IoT-enabled energy metering system utilizing the ACS712 current sensor and ZMPT101B v…
The growing demand for ubiquitous connectivity and new services in communication technology comes with an undesired consequence of increasing energy consumption. The nodes are the main components of a wireless sensor network WSN infrastructure and contributes majorly to the energy consumption of the network. Therefore,…
In order to protect animal welfare, increase production, and lower the frequency of disease outbreaks, the growing poultry industry particularly in battery cage systems requires advanced monitoring technologies. This study presents the development of a machine learning algorithm using computer vision for predictive ana…
This study presents an Internet of Things (IoT)-driven management system for poultry battery cages, leveraging cloud computing and computer vision technologies to improve the efficiency, productivity, and monitoring capabilities in poultry farming business. Conventional methods of poultry management are frequently char…
The effects of atmospheric attenuations on frequency bands in satellite communication cannot be over emphasized. Atmospheric attenuations such as cloud, rain, oxygen and water vapor attenuations have much significant effect on the transmission and receiving of signals over satellite communication in the country espe…
The need to check and ensure that GSM Network Providers comply with Quality of Service (QoS) standard in their networks in relation to the provisions of the regulatory authority motivated this research. Radio frequency optimization is a periodic activity that is carried out to maintain QoS in a competitive market en…