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journal article
Technology push in AI-enabled services : how to master technology integration in case of Bürokratt
Dreyling III, Richard Michael
;
Tammet, Tanel
;
Pappel, Ingrid
SN computer science
2024
/
art. 738
https://doi.org/10.1007/s42979-024-03064-0
journal article
Seotud publikatsioonid
1
Digital transformation : artificial intelligence enablement in public services = Digisiire ja tehisintellekti rakenduseeldused avalikes teenustes
Number of records 1, displaying
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keyword
166
1.
AI maturity models
2.
maturity models
3.
stage and maturity models
4.
stage- and maturity models
5.
Capability Maturity Model Integration for Development
6.
data quality maturity model
7.
digital maturity
8.
IT system maturity
9.
Maturity framework
10.
maturity model
11.
partner network maturity
12.
PLM maturity model
13.
Richardson Maturity Model
14.
Thermal maturity
15.
AI
16.
Ai act
17.
AI adoption in government
18.
AI barriers
19.
AI based CAD software
20.
AI bias
21.
AI change
22.
AI ethics
23.
AI functionality
24.
AI in public sector
25.
AI in public services
26.
AI in the public sector
27.
AI race
28.
AI revolution
29.
AI strategy
30.
AI/ML
31.
AI-based worker management
32.
AI-capability
33.
AI-enabled innovation
34.
artificial intelligence (AI)
35.
automatic AI (autoAI)
36.
blockchain framework for trustworthy Ai
37.
cloud- and AI-based system
38.
ethics of AI
39.
Explainable AI
40.
explainable AI (XAI)
41.
explainable AI model
42.
Functional specialist in AI for public services
43.
generative AI
44.
high-level expert group on AI
45.
public acceptance of AI
46.
public sector AI
47.
trustworthy AI
48.
adaptation models
49.
agent-based models
50.
aging models
51.
analytical models
52.
animal models
53.
atmosphere models
54.
bottom-up models
55.
business development models
56.
business models
57.
capability models
58.
channel models
59.
circular economy models
60.
climate models
61.
competence models
62.
computational models
63.
control fault models
64.
coupled wave-circulation-atmosphere models
65.
coupled models
66.
data models
67.
demonstration models
68.
didactical models
69.
disease models
70.
dq0 models
71.
DSL meta-models
72.
dynamic models
73.
econometric models
74.
EMT models
75.
energy models
76.
estimation models
77.
excellence models
78.
factor models
79.
factor-augmented vector autoregressive models
80.
fault models
81.
feature space for taxonomy of models of interactive computation
82.
FEM Hertz contact and wear models
83.
FEM Models
84.
fetch-based models
85.
fraud models
86.
functional models
87.
goal models
88.
governance and ownership models
89.
habitat suitability models
90.
hierarchical service models
91.
hybrid models
92.
hydraulic models
93.
in vitro models
94.
input-output models
95.
input–output models
96.
interactive models
97.
interoperability and evolution of healthcare models and software systems
98.
inventory replenishment models
99.
learner models
100.
learning models
101.
linear mixed models
102.
LOD3 models
103.
logic models
104.
logic models and simulation
105.
logistics competence models
106.
lower trophic level models
107.
machine learning models
108.
Markov models
109.
mathematical models
110.
mathematical models for economic problems
111.
mental models
112.
meta-models
113.
metapopulation models
114.
models
115.
models for risk assessment
116.
models in psychology
117.
Models of computation
118.
multilingual models
119.
multiple regression models
120.
multivariate GARCH models
121.
new learning models
122.
non-linear models
123.
numerical models
124.
ocean models
125.
optimization models
126.
prediction models
127.
predictive models
128.
pre-trained models
129.
price models
130.
probabilistic graphical models
131.
process models and modelling
132.
radio propagation models
133.
regression models
134.
RMS models
135.
rock models
136.
role-models
137.
science-driven models
138.
second generation of tribology models
139.
sectoral models
140.
service models
141.
shared mental models
142.
simulation models
143.
smooth transition VAR models
144.
sparse models
145.
Spatial statistical models
146.
stage models
147.
state-space models
148.
static load models
149.
statistical prediction models
150.
structure models
151.
surface models
152.
surgery models
153.
sustainable business models
154.
synthesis on hierarchical service models
155.
synthetic gravity models
156.
teaching models
157.
theoretical models
158.
thermal models
159.
time-averaged models
160.
top-down models
161.
trajectory models
162.
trust models in technology
163.
turbulence models
164.
wavelet models
165.
wind park models
166.
3D models
author
15
1.
Avetisyan, A.I.
2.
Borštševski, A.I.
3.
Gavrilyuk, A.I.
4.
Ivanov, A.I.
5.
Kanunnikov, A.I.
6.
Kestens, Leo A.I.
7.
Platonov, A.I.
8.
Rapoport, A.I.
9.
Sevostjanova, A.I.
10.
Shishkin, A.I.
11.
Shyshkin, A.I.
12.
Solomaha, A.I.
13.
Sukhinov, A.I.
14.
Voronin, A.I.
15.
Šuvalov, A.I.
subject term
3
1.
AI in business, workshop (2022 : Tallinn)
2.
Eleflex.ai
3.
Snackable AI
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