Abstract
Performance Evaluation of Channel Modeling and Path Loss Measurements for Wireless Communication Systems in Urban and Rural Territories. (Dept. E. Electronics)
Highlights
JAMES Clerk Maxwell proposed in 1865 that electromagnetic impulses have the ability to propagate over long distances at the speed of light. [1]
The results of path loss measurement and numerical simulations were provided in this study, this information can be used to plan and develop wireless communication systems
When developing a wireless communication network, a crucial issue that will offer us with the best path loss forecast is obtaining an accurate propagation model for propagation losses
Summary
JAMES Clerk Maxwell proposed in 1865 that electromagnetic impulses have the ability to propagate over long distances at the speed of light. [1]. JAMES Clerk Maxwell proposed in 1865 that electromagnetic impulses have the ability to propagate over long distances at the speed of light. He determined that linear wave motion might be included among the possible solutions by adding the displacement to the existing term set of equations that regulate the equations of electromagnetics, known as the equations of Maxwell. Predicting frequency allocations, base station coverage areas, appropriate selection of the magnitude of the electric field, analysis of interference, and power level modification all benefit from correct path loss estimation [3], [4]. It is possible to determine a path loss prediction model for mobile propagation environments by comparing existing path loss with practical measured data
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