 traffic tolerance, 121 transmitting and receiving entities, 9 failures and faults, 118 TDD vs. FDD, 13 flash crowd event, 126 traffic model testing mobile wireless networks, 123 dense urban model, 22 organizational factors, 129 highway traffic model, 29 ResiliNets framework, 123-124 rural large cell model, 32 service-level agreements (SLA), 129 urban residential model, 26 slashdot effect, 125 urban small office model, 24 strategy, 122 user data, 34 templates, 125 UE capability, 14 Network roadmap deployment options, 102 executive summary, 99 generic influences, 100 Multiple-input and multiple-output (MIMO), 2 network options, 100 planned activities, 100 stakeholders business, 105 Neighbor relation customers, 106 configuration, 47 customer support representatives, 108 TNL configurations, 49 cyber attacks, 114 updates disasters, 112 cell detection, 48 financial health, 110 optimization, 50 geopolitical issues, 110 X2 connection setup, 50 impact of technology, 108 Network planning, 1 redundancies, 113 capacity planning, 6 regulatory aspects, 111 coverage planning, 5 standards, 111 dimensioning phase usage models, 103 budget planning process, 3 configuration, 2 interface requirements, 3 user volume and traffic volume, 2 Over the top (OTT), 72 INDEX mobility robustness, 57 early handovers, 59 Physical-layer cell identity (PCID) late handovers, 58 allocation, 44 wrong cell, handover, 60 assignment, 45 Prach-ConfigIndex parameter, 56 collision, 45 RACH Optimization, 54 confusion, 46 Self-organizing networks (SON) Project Management Body of Knowledge (PMBOK), 142 architecture centralized, 38 distributed, 39 hybrid, 40 Radio access network (RAN), 72 planning phase, 41 Radio-frequency identification (RFID), 82 plug-and-play commissioning, 41 Radio link budgeting, 7 optimization phase, 41 antenna gains, 8 overview, 37 cable and connector losses, 8 self-healing features, 42 (see also Cell outage) cell sizing, 9 self-optimization features, 42 diversity gains, 8 (see also Self-optimization features, SON) propagation loss, 8 s