:<math> P_R = P_T G_T G_R \left( \frac{\lambda_0}{4\pi R} \right)^2 = 29.14dBm + 20log_{10}\left( \frac{0.125}{4\pi(28.5)} \right) \approx -40dBm</math>
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The table below summarizes the computational statistics associated with the SBR simulation performed earlier:
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{| class="wikitable"
|-
| Total Domain Area Size
| 1.3km × 1.2km (10,400λ<sub>0</sub> × 9,600λ<sub>0</sub>)
|-
| Total Number of Buildings
| 914
|-
| Total Number of Facets
| 146,205
|-
| Total Number of Edges
| 27,357
|-
| Total Number of Transmitted Rays
| 648,000
|-
| Total Number of Receivers
| 62,400
|-
| Total Number of k-d Tree Nodes
| 125,038
|}
The SBR simulation was performed on a ASUS laptop computer with an Intel i7-4860 HQ processor with eight cores. The laptop features 32GB RAM memory. Due to the complexity of the geometry of many buildings, the mesh generation task took a sizable amount of time. The table below shows the time spent by the CPU for the mesh generation and SBR ray tracing portions of the total simulation time: