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2022 | OriginalPaper | Chapter

6. Artificial Intelligence, Big Data, Cloud Computing und Internet of Things

Author : Univ.- Prof. Dr. Bernd W. Wirtz

Published in: E-Government

Publisher: Springer Berlin Heidelberg

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Zusammenfassung

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Footnotes
1
Vgl. zu Kap. 6 Artificial Intelligence, Big Data, Cloud Computing und Internet of Things im Folgenden Wirtz (2020), S. 111 ff.; S. 245 ff.; Wirtz (2021), S. 189 ff.
 
2
Vgl. Wirtz/Weyerer (2019b, c).
 
3
Manager Magazin (2017).
 
4
Handelsblatt (2017).
 
5
Vgl. Turing (2009).
 
6
Inhalte basieren auf Wirtz/Weyerer/Geyer (2019), S. 600 ff.
 
7
Inhalte basieren auf Copeland (2016); Wittpahl (2019).
 
8
Vgl. Leslie (2000).
 
9
Vgl. Fonagy et al. (2018).
 
10
Inhalte basieren auf Joshi (2019).
 
11
Inhalte basieren teilweise auf Decide Soluciones (2017); Ulster University (2020).
 
12
Vgl. Colmerauer/Roussel (1996); Lally/Fodor (2011).
 
13
Vgl. Crevier (1993).
 
14
Vgl. Mitchell (2008).
 
15
Inhalte basieren auf Damron (2019); Kirste/Schürholz (2019); Wittpahl (2019); DataRobot (2020).
 
16
Inhalte basieren auf Accenture (2016).
 
17
Vgl. Accenture (2016).
 
18
Vgl. zu IIoT auch Abschn. 6.4 Internet of Things.
 
19
Inhalte basieren auf Wirtz/Weyerer (2019e); Wirtz/Weyerer/Geyer (2019).
 
20
Vgl. Wirtz/Weyerer/Geyer (2019).
 
21
Inhalte basieren auf Wirtz/Weyerer (2019e), S. 8.
 
22
Vgl. McKinsey (2017).
 
23
Vgl. PwC (2017).
 
24
Vgl. PwC (2018a).
 
25
Vgl. PwC (2017).
 
26
Vgl. PwC (2017).
 
27
Vgl. PwC (2018b).
 
28
Inhalte basieren auf Wirtz/Weyerer (2019d), S. 5.
 
29
Vgl. Wirtz/Weyerer/Sturm (2020).
 
30
Vgl. Wirtz/Müller (2019).
 
31
Vgl. Miller (2019).
 
32
Vgl. Miller (2019).
 
33
Vgl. Miller (2019).
 
34
Vgl. Wirtz/Weyerer (2019a); Wirtz/Langer/Weyerer (2022).
 
35
Inhalte basieren auf Wirtz/Weyerer (2019d).
 
36
Vgl. Wirtz/Müller (2019).
 
37
Vgl. Thierer/Castillo/Russell (2017).
 
38
Vgl. Wirtz/Müller (2019).
 
39
Vgl. Eggers/Fishman/Kishnani (2017).
 
40
Vgl. Thierer/Castillo/Russell (2017).
 
41
Vgl. Thierer/Castillo/Russell (2017).
 
42
Vgl. Wirtz/Müller (2019).
 
43
Vgl. Kobielus (2018).
 
44
Vgl. Reinsel/Gantz/Rydning (2018).
 
45
Vgl. techconsult (2018).
 
46
Inhalte basieren auf Singh (2013); Mezghani et al. (2015); Wang et al. (2015).
 
47
Vgl. Phillips-Wren (2014).
 
48
Vgl. Microsoft (2020).
 
49
Vgl. Godse/Mulik (2009); Boillat/Legner (2013); Winkler/Brown (2013).
 
50
Vgl. Metzger/Reitz/Villar (2011).
 
51
Vgl. Sitaram/Manjunath/Deily (2012).
 
52
Inhalte basieren auf Chou (2010); Ghosh (2013); Digital Technology (2017).
 
53
Vgl. Perry/Hendrick (2013).
 
54
Vgl. Chou (2010); Ghosh (2013); Digital Technology (2017).
 
55
Xia et al. (2012).
 
56
Vgl. Weiser (1991).
 
57
Vgl. IoT Analytics (2018).
 
58
Vgl. Statista (2013).
 
59
Vgl. Statista (2014).
 
60
Vgl. Porter/Heppelmann (2014).
 
61
Inhalte basieren auf Porter/Heppelmann (2014); Wirtz/Weyerer/Schichtel (2019).
 
62
Inhalte basieren auf McKinsey (2017).
 
63
Inhalte basieren auf McKinsey Global Institute (2015).
 
64
McKinsey Global Institute (2013), S. 52.
 
65
Vgl. PricewaterhouseCoopers (2014).
 
66
Vgl. PricewaterhouseCoopers (2014).
 
67
Inhalte basieren auf PricewaterhouseCoopers (2014).
 
68
Vgl. Simoens/Dragone/Saffiotti (2018).
 
69
Vgl. NHTSA (2017); SAE (2018); United Nations (2018).
 
70
Vgl. Cheng et al. (2018).
 
71
Vgl. Microsoft (2019).
 
72
Vgl. Kim/Park/Choi (2017).
 
73
Vgl. Statista (2019).
 
74
Vgl. Wyman (2020).
 
75
Vgl. Wirtz/Mathieu/Schilke (2007).
 
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Metadata
Title
Artificial Intelligence, Big Data, Cloud Computing und Internet of Things
Author
Univ.- Prof. Dr. Bernd W. Wirtz
Copyright Year
2022
Publisher
Springer Berlin Heidelberg
DOI
https://doi.org/10.1007/978-3-662-65330-2_6