Intelligent vehicular networks emerge as a promising technology to provide efficient data
communication in transportation systems and smart cities. At the same time, the …

One perspective to view the economic development of cities is through the presence of
multinational firms; how subsidiaries of various organizations are set up throughout the …

One of the main issues in the design of vehicular networks is understanding vehicles'
mobility, which is determined by their type. In this work, we investigate how the mobility of …

The economic development of cities is significantly influenced by multinational corporations
(MNCs), whose presence and interconnections with their subsidiaries across various …

Due to the increasing location-aware devices, mobility traces datasets have become an
essential source for smart cities planning. Given this scenario, we propose MobVis, a …

Understanding the mobility of vehicles plays a fundamental role in the design of solutions for
intelligent vehicular networks. Considering that different types of vehicles have different …

In a world increasingly interconnected by advanced technologies, we have become reliant
on the ubiquitous networks that bind our devices, our services, and, indeed, our lives. As …

Vehicular networks are seen as the key communication solution for intelligent transportation
systems. An essential task for the development of solutions for vehicular networks is to …

Simulation is the most commonly used method for evaluating protocols and algorithms
within vehicular networks (VANETs). Typically, simulation tools employ mobility traces to …

In this chapter, we explore how the mobility of nodes influences the performance of
opportunistic networks. First, we start with a general discussion of how scale and density are …