Simple electromagnetic modeling scenarios emulating typical propagation channels for V2V communications

In this paper, we propose a Geometry-Based Stochastic Channel Modeling (GBSCM) approach for vehicle-to-vehicle wireless communications. This method helps to develop dynamic scenarios and its flexibility allows us to parameterize the different characteristics of a propagation channel such as delay spread and angles of arrival distribution. It is shown that the most common propagation environments (rural, highway, urban-like propagation channels) are reached through adjustment of location and numbers of simple metallic plates.