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Comparison of Radio Frequency and Visible Light Propagation Channels for Vehicular Communications.

, , , and . IEEE Access, (2018)

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Cars as Roadside Units: A Cooperative Solution., and . VTC Fall, page 1-5. IEEE, (2012)Journal Co-Citation Analysis for Identifying Trends of Inter-Disciplinary Research: An Exploratory Case Study in a University., , and . J. Inf. Knowl. Manag., 17 (4): 1850040:1-1850040:22 (2018)A self-organizing network approach to priority management at intersections., and . IEEE Communications Magazine, 54 (6): 119-127 (2016)Modeling vehicle-to-vehicle line of sight channels and its impact on application-layer performance., , and . Vehicular Ad Hoc Networks, page 91-94. ACM, (2013)Comparison of radio frequency and visible light propagation channel for vehicular communications., , , and . CarSys@MobiCom, page 66-67. ACM, (2016)Accelerating the adoption of Virtual Traffic Lights through policy decisions., , and . ICCVE, page 443-444. IEEE, (2013)Providing fairness between multiple flows in vehicular networks., , and . VNC, page 44-51. IEEE, (2015)Performance analysis of android-based real-time message dissemination in VANETs., , , and . ICNC, page 1-5. IEEE Computer Society, (2016)Demo: Proximity-based Information Propagation., , , and . MobiHoc, page 397-398. ACM, (2015)Self-organized traffic control., , , , and . Vehicular Ad Hoc Networks, page 85-90. ACM, (2010)