Back close

Study of Energy Harvesting SWIPT Enabled Wireless Networks

School: School of Engineering, Coimbatore

The main aim of the work is to analyse, characterize and validate the parameters involved in the system models of the SWIPT enabled Energy Harvesting Wireless Networks. The parameter under this study involves average Energy Harvested, average downlink rate, sensor control signal and Interference.The system model with Fusion Centre and sensors are analysed and respective problem is formulated using BLUE estimation technique. An algorithm is developed to solve for the values of sensor control signal and interference relative to Quality of Service constraints. The effect of channel estimation error in the system model is also included to test the robustness of algorithm. After the formulation of the problem expressions are converted from non-convex to convex for the aim to obtain the global extrema.

Related Projects

Understanding Impacts of El-Nino events on the Indian Agricultural Productivity (CoPI)
Understanding Impacts of El-Nino events on the Indian Agricultural Productivity (CoPI)
Technoeconomic Environmental Assessment of Greener Technologies for Road Transport and Power Generation to reduce Atmospheric Pollution and its Impact on Human Health In Delhi
Technoeconomic Environmental Assessment of Greener Technologies for Road Transport and Power Generation to reduce Atmospheric Pollution and its Impact on Human Health In Delhi
Design and Synthesis of Peptide Nucleic Acids (PNA, Artificial DNA) Having Makers for Easy Recognition of PNA-DNA Binding
Design and Synthesis of Peptide Nucleic Acids (PNA, Artificial DNA) Having Makers for Easy Recognition of PNA-DNA Binding
Analysis of Seepage Induced Soil Mass Movements and Stabilization using Vertical Sand Drains
Analysis of Seepage Induced Soil Mass Movements and Stabilization using Vertical Sand Drains
Design and Development of a Combustion Based Micro-Power Generator
Design and Development of a Combustion Based Micro-Power Generator
Admissions Apply Now