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Applications of Statistical Theory to Sensor Data Analysis
M.G. Ciszewski
Statistics
Research output
:
Thesis
›
Dissertation (TU Delft)
14
Downloads (Pure)
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Dive into the research topics of 'Applications of Statistical Theory to Sensor Data Analysis'. Together they form a unique fingerprint.
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Engineering
Application
100%
Sensor Data
100%
Models
100%
Accuracy
87%
Research
50%
Prediction
50%
Recognition Problem
37%
Using Sensor
37%
Sensor
25%
Measures
25%
Performance
25%
Human Activity
25%
Combines
25%
Performance Prediction
12%
Velocity
12%
Guidelines
12%
Deep Learning
12%
Potential Application
12%
Prototype Sensor
12%
Principal Components
12%
Learning Algorithm
12%
Domain Knowledge
12%
Performance Improvement
12%
Metrics
12%
Primary Goal
12%
Recurrent
12%
Component Analysis
12%
Quality Measure
12%
Dimension Reduction
12%
Processing
12%
Neural Network Architecture
12%
Industrial Designer
12%
Physical Constraint
12%
Fields
12%
Tasks
12%
Good Accuracy
12%
Main Application
12%
Processing Method
12%
Wearable Sensor
12%
INIS
applications
100%
data analysis
100%
statistical models
100%
sensors
100%
data
100%
accuracy
66%
prediction
41%
performance
33%
neural networks
25%
speed
25%
constraints
25%
feedback
16%
injuries
16%
processing
16%
learning
16%
humans
16%
equipment
8%
principal component analysis
8%
hypothesis
8%
metrics
8%
reduction
8%
universities
8%
dimensions
8%
noise
8%
layers
8%
output
8%
resources
8%
machine learning
8%
penalties
8%
architecture
8%
velocity
8%
guidelines
8%
engineers
8%
sleeves
8%
algorithms
8%
length
8%
modeling
8%
Psychology
Training
100%
Research
100%
Neural Network
75%
Humans
50%
Goal
50%
Computational
25%
Learning Model
25%
Domain Knowledge
25%
Regression Model
25%
Principal Component Analysis
25%
Learning Algorithm
25%
Statistical Modeling
25%
Jumping
25%
Resources
25%
Quality
25%
Injury Prevention
25%
Sport Science
25%
Methodology
25%
Chemical Engineering
Neural Network
100%
Deep Learning
33%
Supervised Learning
33%
Learning System
33%
Keyphrases
Test Linking
14%
Technology in Sports
14%
Functional Regression Model
14%
Computer Science
Functional Data Analysis
12%