In this paper, we develop a 3-D geometrical channel model for mobile-to-mobile (M2M)
communication environment. The proposed model combines most of the existing 2-D and 3 …

The paper presents an estimation of the reception angle distribution based on temporal
characteristics such as the power delay spectrum (PDS) or power delay profile (PDP). Here …

A geometry-based three-dimensional (3D) novel stochastic channel model for air-to-ground
(A2G) and ground-to-air (G2A) radio propagation environments is proposed. The vicinity of a …

In this letter, we develop a three-dimensional (3-D) irregular-shaped semi-ellipsoid channel
model for massive multiple-input multiple-output (MIMO) vehicle-to-vehicle (V2V) …

In the proposed chapter, the authors present a geometric-statistical propagation model that
defines three groups of received signal components, ie, direct path, delayed scattering, and …

A new 3‐dimensional geometric channel model is proposed with multiple degrees of
freedom in its scattering volume geometry, which enables accurate modeling of realistic …

Geometrical models are mostly used for the study and analysis of the characteristics of radio
communication channels. In this paper, a three-dimensional semi-ellipsoidal scattering …

In vehicle-to-vehicle (V2V) communication scenarios, the antenna heights of the
communicating nodes are typically lower than the heights of scattering objects in the vicinity …

A tunable stochastic geometry based Three-Dimensional (3-D) scattering model for
emerging land mobile radio cellular systems is proposed. Uniformly distributed scattering …

This paper presents an intensive study on the fading statistics of massive multiple‐input–
multiple‐output vehicular communication channels. A geometry‐based channel model is …