Real ChatGPT answer · index seedky6IhOoI9mwcompleteTelecom and utilities · 5G and coverageinformational
How does physical topography and heavy foliage interference specifically degrade millimeter wave versus low band 5G signals in rural areas?
Download run
Fan-out diagram
The searches the AI actually ran for this prompt.
SEED QUERY
How does physical topography and heavy foliage interference specifically degrade millimeter wave versus low band 5G signals in rural areas?
2 real searches · 1 real-search pass
Badge and edge weight = share of passes that produced the query. Hover a query for its intent and routing format.
Query classes
Google's semantic query class for every sub-query: what kind of answer each search is after, simulated vs real.
ChatGPT real searches (2)
Classes come from the query-classifier (a local Laya model). 2 of 2 calls are low-confidence (under 50%) — hover a query in the table to see its confidence.
Searches and sources
ChatGPT2 real searches · gpt-6
millimeter wave propagation foliage attenuation diffraction terrain rural 5G low band comparison FCC ITU Google ↗
ITU vegetation attenuation radio propagation 700 MHz 28 GHz foliage 5G terrain diffraction Google ↗
- 5G mmWave Deployment · gsma.com
- RECOMMENDATION ITU-R P.833-7 · itu.int
- Radio wave propagation through vegetation: Factors influencing signal attenuation - Savage - 2003 - Radio Science · agupubs.onlinelibrary.wiley.com
- Recommendation ITU-R P.1410-6 (08/2023) - Propagation data and prediction methods required for the design of terrestrial broadband radio access systems operating in a frequency range from 3 GHz to 60 GHz · itu.int
- 5G-powered high-speed internet in rural areas · ericsson.com
Queries
2 queries · click a column to sort
| Query / type | Search | Intent | Query class | Routing format | Cluster | Freq ↓ | Weight |
|---|---|---|---|---|---|---|---|
millimeter wave propagation foliage attenuation diffraction terrain rural 5G low band comparison FCC ITU OBSERVED | Google ↗ AI Mode ↗ | — | Comparison | — | — | 1x of 1 | |
ITU vegetation attenuation radio propagation 700 MHz 28 GHz foliage 5G terrain diffraction OBSERVED | Google ↗ AI Mode ↗ | — | Reason | — | — | 1x of 1 |