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Diese Begriffe finden sich bei der Suchmaschinenoptimierung die sich im oberen Bereich auf der Seite befinden recommendations and Conclusions 8.       Conclusion 7.6.                     results and Simulation 7.5.4. decomposition eigenvalue generalized via separation source Blind 7.5.3. model System 7.5.2. contribution and Motivation 7.5.1. separation source blind using sources PD of identification rapid A 7.5.                     results simulation and Measurement comparison A 7.4.3. estimation for procedure A 7.4.2. substations in Measurements 7.4.1. results simulation and Experimentation 7.4.                     findings important of summary A 7.3.4. moments and Tails 7.3.3. distribution probability Amplitude 7.3.2. amplitude instantaneous of function density Probability 7.3.1. analysis Statistical 7.3.                     sources PD of distribution temporal and Spatial 7.2.3. sources PD by induced waves EM of Propagation 7.2.2. sources PD multiple of radiation EM 7.2.1. sources interference PD multiple of formulation mathematical A 7.2.                     Introduction 7.1.                     sources PD of identification rapid a to application an and environments substation in interferers of field Poisson a in noise impulsive of analysis statistical A 7.       Conclusions 6.8.    band wide in model PMC for parameters Representative 6.7.    analysis Spectrum 6.6.2. models and measurements between Divergence 6.6.1. Results 6.6.    algorithm C-means Fuzzy 6.5.1. estimation Parameter 6.5.    matrix Transition 6.4.    effect Damping 6.3.    oscillations and system Impulsive 6.2.    model PMC to Introduction 6.1.    noise impulsive substation for model statistical Wideband 6.       Conclusion 5.7.                     model proposed the of limitations and Advantages 5.6.4. waveforms impulsive simulated of Analysis 5.6.3. results simulation vs. measurements of comparison A 5.6.2. parameters Simulation 5.6.1. results and Simulation 5.6.                     Summary 5.5.5. models improved the of residuals of Analysis 5.5.4. heteroscedasticity for Tests 5.5.3. residuals for Tests 5.5.2. residuals the of Analysis 5.5.1. goodness-of-fit The 5.5.                     selection and Estimation 5.4.4. roots unit for Tests 5.4.3. model series time of Definition 5.4.2. models series time with relationship and filters of Theory 5.4.1. model proposed The 5.4.                     interpretation Physical A 5.3.2. statistics Second-order 5.3.1. waves EM of formulation mathematical and Conjectures 5.3.                     setup Measurement 5.2.                     Introduction 5.1.                     statistics second-order using discharges partial by induced signals impulsive RF wideband of modeling and Analysis 5.       Conclusion 4.6.                     comparison Simulation-measurement 4.5.3. setup Simulation 4.5.2. setup measurement the of description Brief 4.5.1. validation Experimental 4.5.                     sources discharge partial by induced interference of summary Brief 4.4.4. PSD and waveforms impulsive Modeling 4.4.3. antenna the at received source interference the of radiation Power 4.4.2. formulation dipole Electric 4.4.1. discharges partial by induced source interference the of radiation electromagnetic The 4.4.                     density charge and Current 4.3.3. process Discharge 4.3.2. stress field Electric 4.3.1. source discharge partial of model physical The 4.3.                     mechanism its and phenomenon discharge Partial 4.2.                     Introduction 4.1.                     source discharge partial a by induced EMI of model physical A 4.       Conclusion 3.8.    (MCA) class-A Middleton 3.7.2. (MC2) Chain Markov Two-state 3.7.1. models noise impulsive classic for parameters Representative 3.7.    statistics) second-order and (Waveforms statistics second-order on based Characterization 3.6.4. order-statistics) (First statistics first-order on based Characterization 3.6.3. metrics characterization of Definition 3.6.2. measurement noise impulsive for tools processing Signal 3.6.1. sources discharge the of characterization experimental An 3.6.                     value Sample 3.5.4. rate Repetition 3.5.3. duration Impulse 3.5.2. Amplitude 3.5.1. characteristics noise impulsive of Classification 3.5.    Results 3.4.3. antenna the of Locations 3.4.2. presentation Substation 3.4.1. 2 Substation in Measurements 3.4.    Results 3.3.3. antenna the of Locations 3.3.2. presentation Substation 3.3.1. 1 Substation in Measurements 3.3.    method detection Impulse 3.2.3. laboratory in Tests 3.2.2. setup the of Design 3.2.1. setup Measurement 3.2.    campaign measurement the of Objectives 3.1.    measurements noise Impulsive 3.       Summary 2.5.    environment voltage high in communications wireless for systems Existing 2.4.3. technologies Wireless 2.4.2. noise impulsive of presence in channels Communications 2.4.1. substations in communications Wireless 2.4.    noise impulsive of models statistical Existing 2.3.3. models noise Impulsive 2.3.2. noise impulsive of characterization statistical A 2.3.1. models noise impulsive of Characterization 2.3.                     modeling discharge Partial 2.2.6. sources discharge partial of characterization and Measurement 2.2.5. mechanisms discharges Partial 2.2.4. gases in discharge electrical and process Ionization 2.2.3. measurements noise impulsive Early ·                  discharges Partial ·                  effect Corona ·                  operations electrical and equipment of Pieces 2.2.2. substations power of Functions 2.2.1. substations in interferences electromagnetic The 2.2.                     sources noise Man-made 2.1.3. sources noise Natural 2.1.2. sources EMI of Definition 2.1.1. classification and EMI of Concept 2.1.                     substations power in communications Wireless and EMI of modeling and Characterization art: of State 2.       Contributions 1.3.    organization Monograph 1.2.    Motivation 1.1.    Introduction 1.       Für Onlinehändler ist Mass Customization ein wichtiger Begriff Man kann also neben dem Ladengeschäft um die Ecke auch einen Webshop betreiben Apps und andere Angebote Ladenfenster Online Banking oder Homebanking

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EAN: 9783030082260
Marke: Springer Berlin,Springer
weitere Infos: MPN: 78601144
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