Page 397 - From Smart Grid to Internet of Energy
P. 397

362 Index


            Software-defined networks (SDNs), 273, 342,  T
                 345–346                     t-closeness, 331–332
            Solar power plant                Third Generation Partnership Project (3GPP),
              design, 155–157, 156f               276
              output waveforms, 163–164, 164f  Three-phase four-wire smart meter, 73–74, 74f
              total harmonic distortion analysis, 158–160,  Time awareness, IoT service characteristics,
                 159f                             302–303
            Solid-state transformers (SSTs), 261, 341, 343f,  Time slotted channel hopping (TSCH), 190
                 344                         Total Access Communication System (TACS),
              Gen-II, 344                         197–198
              Gen-III, 344, 344f             Total harmonic distortion (THD) analysis,
            Spectrum access method, 211–212       158–160, 159f
            Spectrum bands, 213              Traditional power grid, 1
            Spectrum broker, 218, 236–237      architecture, 8–9
            Spectrum decision process, 214–215, 215f  infrastructures, 7
            Spectrum handoff operation, 215–216  schematic diagram, 2–3, 4f
            Spectrum holes/white spaces, 212–213, 212f  vs. Smart Grid, 5t,8–9
            Spectrum mobility, 215–216, 216f   and smart meters, 65, 66f
            Spectrum sensing (SS), 213–214
                                             Transceivers, 211–212
              classification, 224, 224f
                                             Transmission Control Protocol/Internet
              cooperative method, 224, 224f, 228–229
                                                  Protocol (TCP/IP) layers, 252, 253f
              cyclostationary feature detection, 226–227,
                                             Transmission line, 157, 157t
                 227f, 228t
                                             Transmission line theory, 130–131
              energy detection (ED) method, 224–225,
                                             Transmission networks, 29–33, 31–32t
                 225f, 228t
                                             Transmission system operators (TSOs), 23–24,
              hypothesis tests, 223f              29, 34
              matched filter (MF) technique, 225–226,  Transport layer attacks, 87–88
                 226f, 228t                  Triple Data Encryption Algorithm (3DES), 82
              signal detection theory, 222–223  TV White Space (TVWS), 217
            Spectrum sharing, 215            2G cellular systems, 197–198
              cooperative method, 215        3G mobile system, 198
              noncooperative method, 215     Two-Way Automatic Communications System
            Spectrum Task Force (SPTF), 209–210   (TWACS), 122–124
            Spread spectrum (SS) methods, 180–181  Two-way communication, 1–2, 75–76
            Standard Query Language (SQL)-based  of AMI, 81
                 structures, 326               in HANs, 232–235
            Star topology, 101                 of smart meters, 296
            Static var compensation (SVC), 30,  Two-way power flow, 1–2
                 31–32t
            Station, 195
            Substation monitoring, 95        U
            Superframe duration (SD), 182–183  Ubiquitous computing (UbiComp), 315
            Supervised learning method, 324  Ultra-narrow band (UNB) PLC, 121–122
            Supervisory Control and Data Acquisition  applications, 122–124
                 (SCADA), 9–10, 12–13, 29, 31–32t,  Underground cables
                 48–49, 82, 94–95, 315–316, 318  heat dispersion, 134
            Support vector machines (SVMs), 324–325,  in PLC applications, 135–136t
                 325t                        Unified power quality conditioners (UPQCs),
            Symmetric multi-processing (SMP) gateway,  28–29
                 31–32t,33                   Uniform resource identifier (URI), 277–279
            Synchrophasor, 46, 115, 241      Universal Powerline Association (UPA),
            System on Chip (SoC) software, 74–75  120–121, 126
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