System-Level Simulator of LTE Sidelink C-V2X Communication for 5G
Konferenz: Mobilkommunikation – Technologien und Anwendungen - 24. ITG-Fachtagung
15.05.2019 - 16.05.2019 in Osnabrück, Deutschland
Tagungsband: ITG-Fb. 288: Mobilkommunikation
Seiten: 5Sprache: EnglischTyp: PDFPersönliche VDE-Mitglieder erhalten auf diesen Artikel 10% Rabatt
Wang, Donglin; Sattiraju, Raja R.; Weinand, Andreas (University of Kaiserslautern, Kaiserslautern, Germany)
Schotten, Hans D. (University of Kaiserslautern, German Research Center for Artificial Intelligence, Kaiserslautern, Germany)
In recent years, Cellular-Vehicle-to-Everything (C-V2X) has been an emerging area of interest attracting both the industry and academy societies to develop, which is also a prominent emerging service for the next generation of the cellular network (5G). In the time of the development, standardization, and further improvement of 5G, so simulations are essential to test and optimize algorithms and procedures prior to their implementation process of the equipment manufactures. And CV2X communication is used for information exchange among the traffic participants with network-assisted which can reduce traffic accidents and improve traffic efficiency. Moreover, it is also the primary enabler for cooperative driving. But C-V2X communication has to meet different Quality of Service (QoS) requirements (e.g., ultra-high reliability (99.999%) and ultra-low latency). Guaranteeing a high-level reliability is a big challenge. In order to assess system performance, accurate simulations of simple setups, as well as simulations of more complex systems via abstracted models are necessary for the C-V2X communication. For checking the performance of the C-V2X communication on a highway scenario, a system-level simulator has been implemented. And, this simulation has been carried out on the network (system-level) context. Finally, the analysis and the simulation results for the C-V2X communication are presented, which shows that different objectives can be met via system-level simulation.