Meet SHOEWU OMOTAYO OLUWAGBEMIGA, an Academic Staff of Lagos State University.
Electronics And Telecommunication
Senior Lecturer
Electronics and Computer Engineering
At the Electronics And Computer Engineering department office
Appointment on Visitation important
Topic: Pathloss Propagation Prediction For Dryland And Wetland Environment Using Software Based Solutions
Description: Rigorous and extensive outdoor measurement for mobile phone base stations in dryland and wetland areas of Lagos city, Nigeria will be performed. In order to determine a fine model that can accurately predict the propagation environment a number of well-known models will be compared with field measurement. These field measurements will allow for an extension of well-known path loss prediction models from their established 4G cellular frequency. Practical conclusion will be derived confirming among others the pathloss exponent in urban, suburban and rural dryland and wetland propagation environment for specific topology characteristics.
| # | Certificate | School | Year |
|---|---|---|---|
| 1. | Ph.D (Electrical Engineering Electronics and Communications Engineering ) | Department of E;lectrical/Electronics Engineering, Michael Okpara University of Agriculture, Umudike | 2021 |
Ab initio Quantum Physics Based Dielectric function for irregular Geometry Using Conservative Finite Difference Method
Effect of Electromagnetic waves on Off-shore and On-shore in Vegetational Environment. Plasmonic devices with accelerated computing in Dielectric Material coupled with Electromagnetic Signals. Ab initio Quantum Physics-Based Dielectric function for Irregular Geometry Using Conservative Finite Difference Method Due to non-comprehensive numerical technique for modelling and simulation of plasmonic device applications and particularly small-scale devices as a result of scaling of semiconductor devices from macro to micro up to nano region, there is an urgent need for exploration and investigation of different models applicable in this field of study. In this work, efforts will be geared towards addressing this lacuna by applying a novel numerical technique, the Conservative Finite Difference Method to the modelling and simulation of frequency-dependent dielectric function in plasmonic and small-scale device applications for the next generation. This research comprises analytical derivations, ab initio modelling as well as computer simulations. The approaches adopted in this study include analytical and theoretical formulations, Standard Finite Difference Method, and Conservative Finite Difference Method CFDM for the simulation of devices. The merit of using a conservative numerical scheme such as CFDM is that it preserves the original properties of the differential operator involved in discretization, Computer simulations using MATLAB and other software tools will be presented in evaluating the developed models.
SHOEWU OLUWAGBEMIGA is a Senior Lecturer at the Department of Electronics and Computer Engineering
SHOEWU has a Ph.D in Electrical Engineering Electronics and Communications Engineering from Department of E;lectrical/Electronics Engineering, Michael Okpara University of Agriculture, Umudike
