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book article EST
/
book article ENG
Monitoring of the human motor functions rehabilitation by neural networks based system with Kinect sensor
Nõmm, Sven
;
Buhhalko, Kirill
12th IFAC,IFIP,IFORS,IEA Symposium on Analysis, Design, and Evaluation of Human-Machine Systems, 2013 : Las Vegas, United States of America : August 11-14 2013 : proceedings
2013
/
p. 249-253
https://doi.org/10.3182/20130811-5-US-2037.00062
Conference Proceedings at Scopus
Article at Scopus
book article EST
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book article ENG
Number of records 1, displaying
1 - 1
keyword
193
1.
human machine systems
2.
human machine interaction
3.
human-machine interaction
4.
human-machine interactions
5.
human-machine interface
6.
human-machine system
7.
machine learning systems
8.
man-machine systems
9.
machine-to-machine communications
10.
AC machine
11.
adversarial machine learning
12.
adversarial machine-learning
13.
Algorithmic State Machine - ASM
14.
automatic machine learning (autoML)
15.
axial flux machine
16.
axial flux switched reluctance machine
17.
bearingless machine
18.
brushless machine
19.
coordinate measurring machine
20.
data analytics and machine learning
21.
electric machine
22.
electric machine analysis computing
23.
electric machine control
24.
electrical machine
25.
electrical machine cooling
26.
electrical machine design
27.
finite state machine
28.
Finite State Machine - FSM
29.
graph machine learning
30.
hierarchical finite state machine
31.
high-frequency machine modeling
32.
induction machine
33.
interior permanent magnet machine
34.
interior permanent-magnet synchronous machine (IPMSM)
35.
interpretable machine learning
36.
logic machine
37.
low-resource machine translation
38.
machine bearings
39.
machine condition monitoring
40.
machine control
41.
machine design
42.
machine elements
43.
machine error
44.
machine housing
45.
machine learning
46.
machine learning (ML)
47.
machine learning algorithms
48.
machine learning approach
49.
Machine Learning Explainable model
50.
machine learning for environmental applications
51.
machine learning models
52.
machine tools
53.
machine translation
54.
machine vector control
55.
machine windings
56.
machine vision
57.
machine-checked proofs
58.
machine-learning
59.
machine-learning predictive model
60.
machine-translation
61.
massive machine type communication (mMTC)
62.
massive machine-type communication (mMTC)
63.
massive machine-type communications (mMTC)
64.
massive Machine-Type connections (mMTC)
65.
multi-class support vector machine (m-SVM)
66.
multi-machine
67.
multi-machine industrial power plant
68.
multi-machine power system
69.
multi-stream interaction machine
70.
neural machine translation
71.
outer-rotor machine
72.
Parkinson’s disease machine learning
73.
permanent magnet (PM) synchronous machine
74.
permanent magnet flux-switching machine
75.
permanent magnet machine
76.
permanent magnet synchronous machine (PMSM)
77.
reluctance machine
78.
robust machine learning
79.
sewing machine operator
80.
small data machine learning
81.
state machine
82.
supervised machine learning
83.
support vector machine
84.
surface permanent magnet machine (SPM)
85.
switched reluctance machine
86.
switched reluctance machine (SRM)
87.
synchronous machine
88.
TBM (tunnel boring machine)
89.
totally enclosed fan-cooled machine
90.
universal friction machine
91.
unsupervised machine learning
92.
virtual synchronous machine
93.
basic human values
94.
business and human rights
95.
design methodology and human-centred design
96.
Digital/Human configurations
97.
environmental and human safety index
98.
European Convention on Human Rights
99.
European Court of Human Rights
100.
fundamental human rights
101.
generations of human rights
102.
genome (human)
103.
genome, human
104.
history of human rights
105.
human
106.
human rights
107.
human activity recognition
108.
human augmentation
109.
human behavior
110.
human behavior modeling
111.
human behaviour
112.
Human brands
113.
human capital
114.
human capital accumulation
115.
human capital reporting
116.
human characteristics
117.
human cognition
118.
human computer interaction
119.
human computer interaction (HCI)
120.
Human Cytomegalovirus (CMV)
121.
human development
122.
human dignity
123.
human disease
124.
human EEG
125.
human element
126.
human emotional and physiological states
127.
human emotions
128.
human error
129.
human experience
130.
human factor
131.
human factor (HF)
132.
human factor of cybersecurity
133.
human factors
134.
human factors in vehicular system
135.
human gait
136.
human gait modeling
137.
human gait plant
138.
human genome
139.
human gut microbiome
140.
human gut microbiota
141.
human health
142.
human impact
143.
human influence
144.
human life expectancy
145.
human limb
146.
human mobility
147.
human motor functions
148.
human movement patterns
149.
human neural progenitor cells
150.
human ovarian follicle
151.
human pancreatic lipase
152.
human papilloma virus
153.
human path rehabilitation
154.
human perception
155.
human performance factors
156.
human population size
157.
human privacy
158.
human readable
159.
human resource and Strategy Europe 2020
160.
human resource competitiveness
161.
human resource development
162.
human resource management
163.
human resources
164.
human rights
165.
human rights of minors
166.
human robot collaboration (HRC)
167.
human robot interaction
168.
human security
169.
human shortcomings
170.
human skeletal remains
171.
human stefin B
172.
Human-brand based marketing
173.
human-centered design
174.
Human-centered planning
175.
human-centred learning
176.
human-centredness
177.
human-centric design
178.
human-computer interaction
179.
human–computer interaction
180.
Human-Computer Interaction (HCI)
181.
human-computer trust
182.
human-landscape relationship
183.
human-readable
184.
human-robot
185.
human-robot collaboration
186.
human-robot interaction
187.
human–robot interaction
188.
human-robot interaction (HRI)
189.
international human rights law
190.
social and human capital
191.
standardized "human" prototype
192.
strategic human resource management
193.
strategies for human resource and local policies
author
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1.
ELIXIR Machine Learning Focus Group
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