We present a complete simulation and experimentation framework for IEEE 802.11 p. The
core of the framework is a Software Defined Radio (SDR)-based Orthogonal Frequency …

We present the first steps towards an Open Source simulation and experimentation
framework for IEEE 802.11 p networks. The framework is implemented based on GNURadio …

Experimental research on wireless communication protocols frequently requires full access
to all protocol layers, down to and including the physical layer. Software Defined Radio …

In this article, we study the application-level performance of safety-related communications
over IEEE 802.11 p, presenting the first outcomes resulting from several short-and medium …

The employment of IEEE 802.11 p-compliant devices in the automotive environment is
crucial to traffic safety and control applications. Thus, performance evaluation of the …

In this work we present an implementation of a fully functional IEEE 802.11 p transmitter in
software-defined radio. We describe the rapid-prototyping methodology that was used to …

In wireless networks, modeling of the physical layer behavior is an important yet difficult task.
Modeling and estimating wireless interference is receiving great attention, and is crucial in a …

Most rural areas in developing countries are isolated due to the lack of appropriate low-cost
communication technologies. Previous experiences have shown that IEEE 802.11 can be …

IEEE 802.11 ah or HaLow is a new Wi-Fi standard for sub-1Ghz communications, aiming to
address the major challenges of the Internet of Things: connectivity among a large number …

Recently, IEEE started a task group to investigate adding wireless mesh capabilities to its
ubiquitous IEEE 802.11 wireless local area networks standard. The proposal is specified as …