TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
3 | |
3D drawing | |
3D Face | |
3D Model | |
3D Visualization | |
5 | |
5G network | |
A | |
Abnormal Action Recognition | |
accessibility | |
AI | |
AIoT | |
Alzheimer's Disease | |
ANOVA | |
Associative memories | |
Attention Modelling | |
B | |
Bayesian Neural Network | |
BERT embedding | |
Bidirectional gated recurrent unit | |
Bilinear Model | |
BIM | |
BLE | |
blockchain | |
Bluetooth Low Energy | |
C | |
caching strategies | |
Call Admission Control (CAC) | |
Call blocking probability | |
Cellular Automata | |
channel allocation | |
Chaos | |
Chaotic dynamics | |
Chaotic Systems | |
Chaotic time series | |
ChatGPT | |
CityGML | |
CNN | |
Color Classification Sequential model | |
color correction | |
Color extraction | |
Communication Speeds | |
Computer algebra | |
Computer Vision | |
context vector | |
convolutional neural network | |
Convolutional recurrent neural network | |
Cooperative Spectrum Sensing | |
Correlation Analysis | |
Cortical-based | |
CTGAN | |
D | |
dark images | |
Data Augmentation | |
data screening | |
data-center network | |
Decision making | |
deep learning | |
Deep Neural Networks | |
Deep Reinforcement Learning | |
Deepstream | |
Depth Completion | |
Detection Performance | |
DICE(Dual Interlocked Storage Cell) | |
Digital Twin | |
Disaster Information Management | |
Duty Cycle | |
E | |
Eccentricity centrality | |
Edge Computing | |
Edge server placement | |
electroencephalography | |
Emotion Recognition | |
emotion recognition model | |
Emotional engineering | |
Emotional Similarity | |
ensemble Kalman filter | |
Ensemble Learning | |
Error Minimization | |
Error-related Potential (ErrP) | |
ESS | |
Ethereum | |
explainable AI | |
Expression Moel | |
F | |
Facial Model | |
fairness | |
Feature Extraction | |
Federated Learning | |
Font | |
FPGA architecture | |
free energy principle | |
Frontal EEG | |
G | |
Gait | |
game theory | |
Gene-disease association | |
Generative Adversarial Networks | |
GPS | |
Gradient Conflict | |
grant-free | |
Graph neural network | |
graph neural networks | |
gru | |
H | |
Haptic texture recognition | |
hateful comments | |
Heterogeneous graph representation learning | |
human-robot cooperative activity | |
I | |
Identity Model | |
IFC | |
Image classification | |
Image denoising | |
image meta-information | |
Image quality assessment | |
Image steganography | |
Incentive mechanism | |
Indoor localization | |
Indoor Positioning | |
Industrial Environment | |
Influence | |
intelligent transport system | |
inter-cell interference | |
interactions | |
Internet of things | |
Interpolation | |
IoT | |
IoT-blockchain | |
Ising Machines | |
IT Convergence | |
J | |
JPEG artifact | |
Just In Time Compilation | |
K | |
KcELECTRA | |
Knowledge distillation | |
L | |
Large Language Model | |
Large scale data collection | |
Laser Chaos Decision-Maker | |
Latency | |
Light Gradient Boosting Machine | |
Lightweight deep learning model | |
Load Balancing | |
Local Temporal History | |
Localization | |
LoRa | |
LoS/NLoS detection | |
LPWAN | |
lstm | |
M | |
Machine learning | |
Machine Learning for Wireless Systems | |
Manufacturing | |
Mathematics | |
Maximum delay | |
Memory Capacity | |
memory safety | |
Minhwa Objects | |
mMTC | |
Monocular Image | |
motor primitives | |
MRI | |
multi-armed bandit problem | |
multi-hops coverage | |
Multi-Modal Sensor Fusion | |
Multi-Step Forecasting | |
Multichannel | |
Multimedia Contents | |
Multimodal | |
Multimode semiconductor laser | |
Music Audio | |
Music Preference | |
N | |
network caching | |
neural network | |
neuromorphic engineering | |
NOMA | |
Non-IID | |
Non-orthogonal multiple access (NOMA) | |
non-volatile flip-flops | |
Nonlinear dynamics | |
O | |
Object Detection model | |
OGC_Sensorthings_API | |
One-Step Prediction | |
online learning | |
Ontology | |
OPL | |
oscillation model | |
out-of-distribution detection | |
Overlay | |
P | |
Packet dropping probability | |
Participatory Sensing | |
Particle Filter | |
PECNet | |
Perceptual quality | |
Performance Capture | |
Perfumer | |
Periodic Orbits | |
PET | |
Phase Difference | |
Photonic reservoir computing | |
PoA | |
point cloud | |
Position Fingerprinting | |
Positioning | |
Positioning error and deviation maps | |
PoW | |
Power Converters | |
power-domain non-orthogonal multiple access | |
Preamble detection | |
prediction | |
predictive coding | |
Prevent Accidents | |
Q | |
Queueing theory | |
R | |
Random Number Generators | |
RDF | |
Real-time | |
Received Signal Strength Indicator | |
Recurrent neural networks | |
reinforcement learning | |
reservoir computing | |
Reservoir Neural Network | |
resilience | |
Resource allocation | |
Resource Optimization | |
Respiratory disease Patients | |
reward-modulated Hebbian learning | |
rnn | |
robotic manipulator | |
Robustness | |
RSSI | |
Rule-based | |
S | |
SASRec | |
Scheduling | |
Self-supervised Learning | |
Sentiment analysis | |
Server utilization | |
Shape similarity | |
Shapley value | |
signal classification | |
similarity among languages | |
slotted ALOHA | |
Smart City | |
Smart Factory | |
Smart_City | |
Social network | |
soft actor-critic | |
soft error | |
Solid State Drive | |
spatial importance | |
Stability | |
streaming architecture | |
successive interference cancellation | |
surface modeling | |
surface simplification | |
SVM (Support Vector Machine) | |
T | |
Talkspurt length | |
Task allocation | |
Task Offloading | |
TF-IDF | |
Time Frequency | |
time-frequency analysis | |
TinyML | |
Transaction Processing | |
transformer | |
Transformers | |
Two-stage LSTM-CNN Models | |
U | |
Ultra wide band (UWB) | |
ultrawideband | |
uncertainty | |
Unmanned Aerial Vehicle (UAV) | |
user association | |
User departure | |
user dynamics | |
UWB indoor RTLS | |
V | |
Vectorization | |
Vehicle Trajectory Prediction | |
virtual maze | |
Virtual Reality | |
W | |
wavelet transform | |
WebAssembly | |
Weld Defect Detection | |
Wireless Communication | |
Wireless Network | |
wireless networks | |
Wireless Sensor Network | |
Write Amplification |