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Digital Twin
BLDC Motor
Prognosis and Health Management
Signal Processing

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BLDC (5)
BLDC (1)
HMI (1)
PHM (17)
RUL (1)
SCADA (1)
about (1)
arduino (4)
battery (2)
book (5)
code (3)
communication (1)
continual-learning (4)
daily (24)
data (5)
data-analysis (1)
data-engineering (2)
data-visualization (1)
dataset (3)
definition (1)
digital-twin (34)
electric-machine (1)
electric-motor (1)
electric-vehicle (8)
fault (12)
fault-detection (4)
fault-diagnostic (1)
flux (1)
fusion (4)
github (1)
gpu (2)
hardware (2)
induction-motor (1)
journalArticle (1)
keyword (2)
latex (1)
machine-learning (12)
markdown (1)
modeling (11)
motor (27)
multi-sensor (1)
note (3)
paper (6)
python (10)
research (1)
review (8)
sensor (2)
sepeda-listrik (1)
signal (7)
signal-processing (5)
simulation (1)
statistics (5)
tag (27)
thesis (2)
time-series (8)
torque (1)
unbalance (1)
vibration (1)
virtual-model (2)
visualization (3)
writing (3)

Categories

~Dailynote
3d
About
Arduino
Benefits of Unbalance Detection
BLDC
Continual Learning vs. Active Learnin
Continual-Learning
Data-Fusion
Dataset
Digital-Twin
Dt-Battery
Dt-Modeling
Dt-P2v
Electric-Motor
Electric-Vehicle
Few-shot Learning
Hi 👋🏼
Inter-Turn-vs-Inter-Coil-Fault
Iterative Filtering
Kalman-Filter
LLM
ML
ML-in-PHM
Motor-Fault
Non-stationary in Electric Motor
Note
Paper-Book-Review
Paper-Plan
PHM
Physics-based Deep Learning
Python
Random
Research
Signal-Processing
Summary
Time-Series
Time-series Image Encoding
Torch-Tensor-Format
Unbalance
Visualization
Zotero
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This is a wiki blog about Digital Twin related to my research.

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Last updated on 3/8/2023