Optimized simulation for radio transmission project

The research returns to impulse analysis with signal scattering, developing a prediction model for the range of data in confined areas, with optimization of power points for regions of wide and open access in urban geography. Applying mathematical models, the study presents numerical and comparative results using the Log-Distance and MMSE-Mean Least Squared Error equations, with responses in polynomial and meta-heuristic modeling. The polygons contain geographic coordinates that demonstrate the behavior and dispersion of impulses, returning the quality of the transmitted signal for open and wooded environments, defining points with the best iteration obtained in numerical results of detected electromagnetic signals. The calculated polynomial models are expanded through a system of differential equations, projecting the mathematical range of impulses in the built and confined area.