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Tabla de Contenidos: “…. -- 3.6.3 Größe des Product Backlog -- 3.7 Definition of Ready -- 3.8 Product Backlog Board -- Abb. 3-13 Product Backlog Board nach Roman Pichler -- 3.8.1 Überführung in den »Ready for Sprint«-Bereich -- 3.8.2 Inhomogene Product Backlog Items -- 3.8.3 Physikalisches Board -- 3.9 Priorisierung -- 3.9.1 Priorisierung nach Kosten-Wert -- Abb. 3-14 Priorisierung nach Kosten-Wert -- Abb. 3-15 Paarweiser Vergleich bei der Priorisierung nach Kosten-Wert -- 3.9.2 Priorisierung nach Risiko-Wert -- Abb. 3-16 Priorisierung nach Risiko-Wert -- 3.9.3 Priorisierung mit Verzögerungskosten (Cost of Delay) -- Abb. 3-17 Konstante Verzögerungskosten -- Abb. 3-18 Verzögerungskosten mit Stichtag -- Abb. 3-19 A, B ist günstiger als B, A. -- 3.9.4 Wert bzw. Verzögerungskosten ermitteln -- 3.9.5 Technische Product Backlog Items mit Verzögerungskosten priorisieren -- 3.10 Epics und User Stories -- Abb. 3-20 User Stories vs. …”

Tabla de Contenidos: “…Basic flame holder -- Low-emissions design -- 7.7 Emissions -- 7.7.1 Visible plumes -- 7.7.2 NOx and NO versus NO2 -- 7.7.3 CO, UBHC, SOx, and particulates -- 7.7.3.1 Carbon monoxide -- 7.7.3.2 Unburned hydrocarbons -- 7.7.3.3 Sulfur dioxide -- 7.7.3.4 Particulate matter -- 7.8 Maintenance -- 7.8.1 Accessories -- 7.8.1.1 Burner management system -- 7.8.1.2 Fuel train -- 7.9 Design guidelines and codes -- 7.9.1 NFPA 8506 (National Fire Protection Association) -- 7.9.2 Factory mutual -- 7.9.3 Underwriters' laboratories -- 7.9.4 ANSI B31.1 and B31.3 (American National Standards Institute) -- 7.9.5 Others -- References -- 8 Selective catalytic reduction for reduced NOx emissions -- Chapter outline -- 8.1 History of SCR -- 8.2 Regulatory drivers -- 8.3 Catalyst materials and construction -- 8.4 Impact on HRSG design and performance -- 8.4.1 SCR location within the HRSG -- 8.4.1.1 Ammonium salt formation -- 8.4.1.2 Sulfuric acid -- 8.4.2 SCR configuration -- 8.4.2.1 Ammonia oxidation to nitric oxide -- 8.4.3 SCR support structure -- 8.4.4 Performance impacts -- 8.5 Drivers and advances in the SCR field -- 8.5.1 Enhanced reliability and lower pressure loss -- 8.5.2 Transient response -- 8.5.3 Advancements in multifunction catalyst -- 8.6 Future outlook for SCR -- References -- 9 Carbon monoxide oxidizers -- Chapter outline -- 9.1 Introduction -- 9.2 Oxidation catalyst fundamentals -- 9.2.1 Activity and selectivity -- 9.2.2 Catalytic reaction pathway -- 9.2.3 The effect of the rate limiting step -- 9.3 The oxidation catalyst -- 9.3.1 The active material -- 9.3.2 The carrier -- 9.3.3 The substrate -- 9.3.4 Putting it all together -- 9.4 The design -- 9.4.1 Defining the problem -- 9.4.2 Choosing the catalyst -- 9.4.3 Determining the catalyst volume -- 9.4.4 System considerations -- 9.5 Operation and maintenance -- 9.5.1 Initial commissioning…”

Tabla de Contenidos: “…12.1 Introduction 195 -- 12.2 Key Performance Indicators 196 -- 12.3 Physical Layer Optimization 197 -- 12.4 Call Setup 200 -- 12.4.1 Random Access Setup 202 -- 12.4.2 RRC Connection Setup 208 -- 12.4.3 E-RAB Setup 215 -- 12.5 E-RAB Drop 218 -- 12.5.1 Handover Performance 218 -- 12.5.2 UE-Triggered RRC Connection Re-establishments 222 -- 12.5.3 eNodeB-triggered RRC Connection Re-establishments 226 -- 12.6 Handover and Mobility Optimization 228 -- 12.7 Throughput Optimization 232 -- 12.7.1 MIMO Multi-stream Usage Optimization 234 -- 12.8 High-Speed Train Optimization 243 -- 12.9 Network Density Benchmarking 246 -- 12.10 Summary 247 -- References 248 -- 13 Capacity Optimization 249 /Jussi Reunanen, Riku Luostari and Harri Holma -- 13.1 Introduction 249 -- 13.2 Traffic Profiles in Mass Events 251 -- 13.3 Uplink Interference Management 255 -- 13.3.1 PUSCH 257 -- 13.3.2 PUCCH 265 -- 13.3.3 RACH and RRC Setup Success Rate 265 -- 13.3.4 Centralized RAN 269 -- 13.4 Downlink Interference Management 270 -- 13.4.1 PDSCH 271 -- 13.4.2 Physical Downlink Control Channel 276 -- 13.5 Signalling Load and Number of Connected Users Dimensioning 279 -- 13.5.1 Signalling Load 280 -- 13.5.2 RRC-Connected Users 280 -- 13.6 Load Balancing 284 -- 13.7 Capacity Bottleneck Analysis 286 -- 13.8 Summary 291 -- References 292 -- 14 VoLTE Optimization 293 /Riku Luostari, Jari Salo, Jussi Reunanen and Harri Holma -- 14.1 Introduction 293 -- 14.2 Voice Options for LTE Smartphones 293 -- 14.3 Circuit Switched Fallback 294 -- 14.3.1 Basic Concepts 294 -- 14.3.2 CSFB Call Setup Time, Transition to Target RAT 296 -- 14.3.3 CSFB Call Setup Success Rate 302 -- 14.3.4 Return to LTE after CSFB Call 302 -- 14.4 Voice over LTE 307 -- 14.4.1 Setup Success Rate and Drop Rate 307 -- 14.4.2 TTI Bundling and RLC Segmentation 310 -- 14.4.3 Semi-persistent Scheduling 312 -- 14.4.4 Packet Bundling 314 -- 14.4.5 Re-establishment with Radio Preparations 315 -- 14.4.6 Voice Quality on VoLTE 315 -- 14.5 Single Radio Voice Call Continuity 322.…”

“…The sample scenarios included in this redbook target Business-to-Employee (B2E) enterprise applications, but most of the scenarios presented will also apply to Business-to-Consumer (B2C) applications. …”

“…Des Weiteren erläutern die Autoren die Planung und die physischen Umgebungsbedingungen von Servern sowie aktuelle Themen wie z.B. Hochverfügbarkeit, Cloud Computing und Skripterstellung. …”