2808  | 0.97 | Schiel B.; Swindler S.; Farmer A.; Sharp D.; Murali A.H.; Corry B.; Lundrigan P. | A Multi-Layered Framework For Informing V2I Deployment Decisions Using Commercial Hardware-In-The-Loop Testing Of Rsus | IEEE Vehicular Networking Conference, VNC (2024) |
5430  | 0.872 | Lv S.; Qin Y.; Gan W.; Xu Z.; Shi L. | A Systematic Literature Review Of Vehicle-To-Everything In Communication, Computation And Service Scenarios | International Journal of General Systems, 53, 7-8 (2024) |
6440  | 0.858 | Jasim N.I.; Shamini S.; Al-Sharafi M.A.; Mahmoud M.A.; Ibrahim M.; Hassan A. | Adoption And Implementation Trends Of Vehicle-To-Everything (V2X) Technologies: A Comprehensive Bibliometric Analysis | Studies in Computational Intelligence, 1178 (2025) |
46073  | 0.854 | Sehla K.; Nguyen T.M.T.; Pujolle G.; Velloso P.B. | Resource Allocation Modes In C-V2X: From Lte-V2X To 5G-V2X | IEEE Internet of Things Journal, 9, 11 (2022) |
25242  | 0.852 | Santos P.M.; Sousa L.M.; Aguiar A. | Experimental Evaluation Of Urban Points-Of-Interest As Predictors Of I2V 802.11 Data Transfers | 5th IEEE International Smart Cities Conference, ISC2 2019 (2019) |
60978  | 0.851 | Shakir M.A.; Hussain R.T.; Al-Hamadani B.T.R.; Salih M.M.; Salman H.M.; Kozubtsov I.; Aram E. | Vehicle-To-Everything (V2X) Communication In Iot Via 5G | Conference of Open Innovation Association, FRUCT (2024) |