(RoF) technologies and their applications”. [3] T. Kuri et al. of over X” and Maintaining “Proposal “Radio “Modulation-Symbol-Format Transmission” for the next generation mobile services IEICE Technical Report, CS2014-17, ”, July 2014. [4] Recommendation ITU-T G.989.1, passive optical networks (NG-PON2): “40-Gigabit-capable General requirements”. [5] Radio Regulation, Edition 2012. [6] IEEE 802.15-14-0022-00-0thz, of RoF-Based Terahertz Fronthauling using “Application Optical Sub-Harmonic IQ”, January 2014. [7] IEEE 802.15-0177-02-003d, Terahertz Fronthaul for Mobile/Wireless Access “RoF-Based Systems”, March 2014. [8] IEEE 802.15-0177-0003d, Terahertz Fronthaul for Mobile/Wireless Access “RoF-Based Systems”, May 2014.
(RoF) technologies and their applications”. [3] T. Kuri et al. “Proposal of “Radio over X” and “Modulation-Symbol-Format Maintaining Transmission” for the next generation mobile services ”, IEICE Technical Report, CS2014-17, July 2014. [4] Recommendation ITU-T G.989.1, “40-Gigabit-capable passive optical networks (NG-PON2): General requirements”. [5] Radio Regulation, Edition 2012. [6] IEEE 802.15-14-0022-00-0thz, “Application of RoF-Based Terahertz Fronthauling using Optical Sub-Harmonic IQ”, January 2014. [7] IEEE 802.15-0177-02-003d, “RoF-Based Terahertz Fronthaul for Mobile/Wireless Access Systems”, March 2014. [8] IEEE 802.15-0177-0003d, “RoF-Based Terahertz Fronthaul for Mobile/Wireless Access Systems”, May 2014.
15-14-0403-00-003d-proposal-to-tg3d-applications-requirements-document-ard.docx