|
flipped classroom |
9 |
|
mobile devices |
9 |
|
internet of things |
8 |
|
learning analytics |
8 |
|
classwork design |
7 |
|
machine learning |
7 |
|
biomedical monitoring |
6 |
|
deep-learning |
6 |
|
heart rate |
6 |
|
instructional design |
6 |
|
learning-analytics |
6 |
|
mobile handsets |
6 |
|
programming education |
6 |
|
real-time systems |
6 |
|
smart-watches |
6 |
|
wearable-devices |
6 |
|
blended learning |
5 |
|
early identification |
5 |
|
educational data analytics |
5 |
|
instructional videos |
5 |
|
iot |
5 |
|
learning design |
5 |
|
mobile phones |
5 |
|
optimization algorithm |
5 |
|
planning |
5 |
|
precision eye healthcare |
5 |
|
strategic planning |
5 |
|
teaching principles |
5 |
|
technology |
5 |
|
wearable device |
5 |
|
autonomous vehicle system |
4 |
|
classification |
4 |
|
classroom response system |
4 |
|
clickers |
4 |
|
concept clustering |
4 |
|
covid-19 |
4 |
|
cross-disciplinary |
4 |
|
deep learning |
4 |
|
disease progress monitoring |
4 |
|
dry eye |
4 |
|
educational data mining |
4 |
|
explicit semantic analysis |
4 |
|
first principles of instruction |
4 |
|
formative assessment |
4 |
|
handheld device |
4 |
|
industrial training |
4 |
|
knowledge components |
4 |
|
learning objects |
4 |
|
learning path optimization |
4 |
|
measurement |
4 |
|
meibography |
4 |
|
monitoring system |
4 |
|
ocular redness |
4 |
|
personalized learning |
4 |
|
semi-supervised learning |
4 |
|
spectral reconstruction |
4 |
|
subconjunctival hemorrhage |
4 |
|
web cameras |
4 |
|
accuracy |
3 |
|
cloud computing |
3 |
|
computational power |
3 |
|
diseases |
3 |
|
e-learning games |
3 |
|
eyelids |
3 |
|
feedback |
3 |
|
glands |
3 |
|
hand gesture |
3 |
|
hand-gesture recognition |
3 |
|
high resolution camer |
3 |
|
home entertainment system |
3 |
|
home inspection |
3 |
|
imaging |
3 |
|
mcqs |
3 |
|
monitoring |
3 |
|
ocular surface diseases |
3 |
|
real-time application |
3 |
|
residual neural network |
3 |
|
sensor networks |
3 |
|
sign language recognition |
3 |
|
smart cameras |
3 |
|
time synchronization |
3 |
|
user input |
3 |
|
video recognition |
3 |
|
adaptive search strategies |
2 |
|
anchor placement |
2 |
|
automobiles |
2 |
|
chinese characters |
2 |
|
chinese language -- study and teaching -- computer-assisted instruction. |
2 |
|
complete system |
2 |
|
continuous optimisation |
2 |
|
continuous optimization |
2 |
|
data-centric storage |
2 |
|
diffuse caching |
2 |
|
domain knowledge learning |
2 |
|
e-learning systems |
2 |
|
education technology -- china -- hong kong. |
2 |
|
evolutionary algorithm |
2 |
|
evolutionary optimizers |
2 |
|
examination data analysis |
2 |
|
experiential learning |
2 |
|
explorations |
2 |
|
eye tracking algorithms |
2 |
|
facial recognition techniques |
2 |
|
hill climbing |
2 |
|
interaction |
2 |
|
interactive simulators |
2 |
|
interactive teaching |
2 |
|
interdisciplinary |
2 |
|
knowledge structure |
2 |
|
learning management system |
2 |
|
learning path |
2 |
|
learning styles |
2 |
|
localization |
2 |
|
meta-heuristic algorithms |
2 |
|
metaheuristic |
2 |
|
mobile learning |
2 |
|
multi-population |
2 |
|
multidimensional discussions |
2 |
|
naïve bayesian classifier |
2 |
|
network intrusion detection |
2 |
|
ontology analysis |
2 |
|
open education quality |
2 |
|
portfolio optimization |
2 |
|
representation learning |
2 |
|
rule-based optimization |
2 |
|
sharing of knowledge |
2 |
|
simulators |
2 |
|
smart phone |
2 |
|
smart sensors |
2 |
|
swarm intelligence |
2 |
|
teaching reform |
2 |
|
transportation |
2 |
|
urban farming |
2 |
|
web application |
2 |
|
wilcoxon rank sum test |
2 |
|
wireless sensor networks |
2 |
|
ad-hoc networks |
1 |
|
adaptive user interface |
1 |
|
ambient assisted living // e-healthcare // ai-assisted medical diagnosis |
1 |
|
ambient intelligence |
1 |
|
artificial intelligence |
1 |
|
chinese language learning as second language |
1 |
|
component based design |
1 |
|
computers |
1 |
|
conjugate gradient method |
1 |
|
constrained optimization |
1 |
|
content synehronhtion |
1 |
|
depth camera |
1 |
|
discrete optimization problems |
1 |
|
disjunctive constraints |
1 |
|
document classification |
1 |
|
domain specific search |
1 |
|
e-learmng systems |
1 |
|
facial analytics |
1 |
|
gesture recognition |
1 |
|
graph layout |
1 |
|
guided local search |
1 |
|
handheld devices |
1 |
|
hardware |
1 |
|
heuristic search methods |
1 |
|
hyperlink structure |
1 |
|
innovative applications |
1 |
|
interactive discussion |
1 |
|
interactive quizzes |
1 |
|
ios devices |
1 |
|
learning object metadata |
1 |
|
linear least squares fit |
1 |
|
local search methods |
1 |
|
meta-heuristics |
1 |
|
micro-genetic algorithms |
1 |
|
mobile application |
1 |
|
momentum effect |
1 |
|
momentum trading |
1 |
|
multi-agent systems |
1 |
|
open learning and education |
1 |
|
palm programming |
1 |
|
performance measures |
1 |
|
reversal effect |
1 |
|
scheduling |
1 |
|
search hybrids |
1 |
|
social networking |
1 |
|
stock market |
1 |
|
stroke sequences |
1 |
|
superintelligence |
1 |
|
tabu search |
1 |
|
ultramobile personal computers |
1 |
|
university timetabling |
1 |
|
vehicle routing problems |
1 |
|
video streaming |
1 |
|
web-based learning systems |
1 |
|
wireless sensors |
1 |
|
workflow |
1 |
