ntegration (CI), 188 Custom silicon, 255 Continuous integration/continuous development (CI/CD), Custom voice/video services, 22 13-14, 59, 347, 396 C, viral nature of, 391-392 Continuous monitoring-high available (CM-HA), 62 Cybersecurity, 160, 182 Control framework, 131-132 points, 5 protocols, 20 Dashboard functions, 117-119 Control-loop automation, 157 closed-loop modeling and template design, 158-159 distribution bus, 153 intelligent service, 157-158 instrumentation layer, 138 Control loop automation management platform migration, 57 (CLAMP), 158 modeling for network design, 215-216 system architecture, 159-160 plane, 33-35 Control loop systems, 124, 130, 340-342 prefiltering and selection, 190 analytic framework, 132-133 repositories, 115-116 design framework, 131 router, 155 ONAP closed-loop automation, 131 stack, 138 orchestration and control framework, 131-132 Database as a service (DBaaS), 302-303 requirements, 130-131 Data border element (DBE), 312 Control plane, 35 Data centers (DCs), 50, 70, 226-227 functions, 240 environments, 226 Conventional LTE systems, 245 merchant silicon, 255 Conventional network architecture, 227 networks, 250 Converged IP messaging server (CPM server), 311 virtualization of data-center networks, 4-5 Convergence, 280 Data collection, analytics and events (DCAE), 78-79, 91, Convolutional neural networks, 148 106, 119-123, 153-154 Copper-based technologies, 229 analytics framework, 155-156 Copyleft, 394-395 collection framework, 154 Core network functions (CN functions), 310 components, 120-121 Core-to-core measurements, 357 data movement, 155 Core-to-edge measurements, 357 edge, central, and core lakes, 155 CoreOS, 396 function, 93-94 Core packet network, 287-288 functional components, 154 Core router technology evolution, 286 ONAP portal framework, 118 Corrective maintenance, 160, 332 ONAP portal software development toolkit, 120 Correlation (CORRELATION), 341 platform approach to DCAE, 121-122 Cost tradeoff, availability to, 71-72 platform components, 122-123 COTS, see Commer