# HetNets Coverage Modeling and Analysis Over Fox's $\mathcal{H}$-Fading Channels

## TL;DR

This paper introduces a unified framework using Fox's ${\\mathcal{H}}$-transform theory for modeling and analyzing HetNets coverage, simplifying complex fading models and providing insights into densification and SINR thresholds.

## Contribution

It develops a versatile Fox's ${\mathcal{H}}$-transform based model that unifies and simplifies coverage analysis across various fading scenarios in HetNets.

## Key findings

- Simplifies coverage analysis with Fox's ${\mathcal{H}}$-functions.
- Unifies existing fading models into a single framework.
- Provides insights into densification and SINR thresholds.

## Abstract

This paper embodies the Fox's ${\mathcal H}$-transform theory into a unifying modeling and analysis of HetNets. The proposed framework has the potential, due to the Fox's ${\mathcal H}$-functions versatility, of significantly simplifying the cumbersome analysis and representation of cellular coverage, while subsuming those previously derived for all known simple and composite fading models. The paper reveals important insights into the practice of densification in conjunction with signal-to-noise plus interference (SINR) thresholds and path-loss models.