Data Transmissions Using Hub Nodes in Vehicular Social Networks

Abstract

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Location-sharing Protocol for Privacy Protection in Mobile Online Social Networks

“…Smart city [1], [2], [3] is an agglomeration of urban society that employs intelligent technologies to improve people's life, work and communication. A key aspect of smart cities is mobile online social networks (mOSNs) [4], [5], [6], [7], [8] that are popular mainstream platforms for information and content sharing among people. Location sharing is an important component of mOSNs and also has attracted much attention recently.…”

Location-Sharing Protocol for Privacy Protection in Mobile Online Social Networks

“…Smart city [1], [2], [3] is an agglomeration of urban society that employs intelligent technologies to improve how people live, work, commute and share information. A key aspect of a smart city is mobile online social networks (mOSNs) [4], [5], [6], [7], [8] that are popular mainstream platforms for information and content sharing among people. Location sharing is an important component of mOSNs and also has attracted much attention recently.…”

“…A key aspect of a smart city is mobile online social networks (mOSNs) [4], [5], [6], [7], [8] that are popular mainstream platforms for information and content sharing among people. Location sharing is an important component of mOSNs and also has attracted much attention recently.…”

2020 Index IEEE Transactions on Mobile Computing Vol. 19

“…Hamalainen, T., see Chang, Z., TMC Jan. 2020 103-115 Han, G., Long, X., Zhu, C., Guizani, M., and Zhang, W., A High-Availability Data Collection Scheme based on Multi-AUVs for Underwater Sensor Networks; TMC May 2020 1010-1022 Han, J., see Wang, G., TMC Jan. 2020 74-89 Han, J., see Cao, B., TMC Jan. 2020 15-28 Han, Z., see Chang, Z., TMC Jan. 2020 103-115 Han, Z., see Ndikumana, A., TMC June 2020 1359-1374 Han, Z., see Wang, J., TMC Sept. 20202062-2075 Han, Z., see 1040-1055 Hanawal, M.K., see 2640-2655 Handziski, V., see 1478-1491 Hao, S., see Qin, Y., 2505-2519 Hao, T., see Bi, C., 1818-1830 Harms, J.J., see Gao, W., TMC March 2020 654-663 Hawbani, A., see Liu, P., TMC Nov. 20202623-2639 He, S., see 1760-1774 He, S., see Yang, G., 2028-2043 He, Y., see Mao, Y., TMC Dec. 20202916-2932 Heinzelman, W., see Funai, C., TMC Jan. 2020 60-73 Hekmati, A., Teymoori, P., Todd, T.D., Zhao, D., and Karakostas, G., Optimal Mobile Computation Offloading with Hard Deadline Constraints; TMC Sept. 2020 2160-2173 Hernandez-Orallo, E., see Vegni, A.M., TMC July 20201570-1585 Hillyard, P., and Patwari, N., Never Use Labels: Signal Strength-Based Bayesian Device-Free Localization in Changing Environments; TMC April 2020 894-906 Himayat, N., see Gapeyenko, M., 2221-2233 Ho, T.M., see Ndikumana, A., TMC June 2020 1359-1374 Hong, C.S., see Ndikumana, A., TMC June 2020 1359-1374 Hostettler, R., see Yigitler, H., TMC March 2020 680-696 Hsu, Y., Modiano, E., and Duan, L., Scheduling Algorithms for Minimizing Age of Information in Wireless Broadcast Networks with Random Arrivals; TMC Dec. 2020 2903-2915 Hu, F., see Toorchi, N., TMC Dec. 20202981-2996 Hu, F., see …”