The potential of the proposed architecture is demonstrated with the implementation and evaluation of a heterogeneous V2I communications algorithm that improves the quality of service and the capacity to satisfy the vehicular application requirements, and reduces the economic cost of connected vehicle services.
It further validates the usability of several plug-ins, different Application Programming Interfaces (API), heterogeneous network communications, and low power, memory constrained yet cost effective processor altogether to testify the underlying theory of Internet of Things to become prevalent into a reality.
Since cognitive relay networks have more advantages than traditional CRNs (i.e., non-relay networks) and more suitable for actual communication scenarios (i.e., heterogeneous networks, 5G communications), in this paper, we study the PC problem in cognitive relay networks with a multi-user scenario.
In such a heterogeneous network, group communications occur when several team leaders need to work in a cooperative way.
Communications between heterogeneous components is a commonly addressed issue in distributed systems.
Though an industry standard suite of protocols providing communications in heterogeneous environments, TCP/IP is a de facto standard.
Cognitive radio (CR) technology has attracted worldwide interest and is believed to be a promising candidate for future wireless communications in heterogeneous wideband environments.
The heterogeneous nature of IoT communications and imbalance in resource capabilities between IoT entities make it challenging to provide the required end-to-end secured connections.
The authors showed the EE improvement with the deployment of D2D communications in heterogeneous networks (HetNets) compared with the full small-cell deployment, thus provided a greener alternative to cellular network deployment.
We address the problem of developing a well-performing and implementable scheduler of users with wireless connections to the central controller, which arise in areas such as mobile data networks, heterogeneous networks, or vehicular communications systems.
