Large-Scale Fading Modeling for Multi-Cell Systems with 19 Cells

This paper presents large-scale fading modeling for multi-cell systems, specifically designed for configurations with 19 cells. The large-scale fading model aims to accurately characterize signal attenuation during propagation between different cells. Through this model, we can gain deeper insights into fading characteristics in multi-cell environments. The implementation typically involves path loss calculations using logarithmic distance models and shadow fading components with Gaussian distributions. Key parameters include base station coordinates, user equipment positions, and environmental factors that can be coded using matrix operations for efficient simulation. This model facilitates research and optimization of wireless communication system performance, ultimately contributing to enhanced user experience and higher data transmission rates. Therefore, large-scale fading modeling holds significant application value in the field of wireless communications, particularly for network planning algorithms and interference management techniques.