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Keyphrases
Intention Estimation
100%
Emotional Behavior
50%
User Intention
50%
Faculty Development
50%
User Emotions
50%
Classification Accuracy
50%
Meta-features
50%
Algorithm Selection
50%
Capacity Constraints
50%
Convolutional Neural Network
50%
Binarization
50%
Binary Convolutional Neural Network
50%
Binary Model
33%
Real-world Problems
25%
Low Accuracy
25%
Selection Accuracy
16%
MS COCO
16%
Processing Accuracy
16%
Model Capacity
16%
Information Processing Task
16%
Wearable System
16%
Representational Power
16%
Embedded Systems
16%
State-of-the-art Performance
16%
Model Complexity
16%
Classification Task
16%
S-values
16%
Convolutional Neural Network Model
16%
Computational Resources
16%
Class Label
16%
Complex Dataset
16%
MNIST
16%
Binary Networks
16%
CIFAR-10
16%
Memory Resource
16%
Semantically Related
8%
Existing Algorithms
8%
Network Training
8%
Ensemble Selection
8%
Task-oriented
8%
Computer Vision
8%
Mutual Interaction
8%
Decision Problem
8%
Data Augmentation
8%
Computer Vision Dataset
8%
Accurate Algorithm
8%
Algorithm Complexity
8%
Training Data
8%
Ensemble Methods
8%
Highly Accurate
8%
Sample number
8%
Accuracy Increase
8%
Popular
8%
Neighborhood Structure
8%
Oriented Features
8%
Filter Pruning
8%
Computer Science
Emotional Behavior
100%
Emotional State
100%
Competitive Research
100%
Convolutional Neural Network
70%
Capacity Limit
50%
Algorithm Selection
50%
Classification Accuracy
50%
binarization
30%
Real-World Problem
18%
Computer Vision
16%
Capacity Model
10%
Memory Resource
10%
Binary Network
10%
Neighborhood Structure
10%
Training Data
10%
Art Performance
10%
Information Processing
10%
Computational Resource
10%
Classification Task
10%
Neural Network Model
10%
Embedded System
10%
Ensemble Method
8%
Problem Definition
8%
Data Augmentation
8%
Decision Problem
8%
INIS
accuracy
92%
classification
60%
algorithms
50%
capacity
50%
neural networks
50%
filters
41%
datasets
32%
processing
23%
data
21%
images
20%
power
20%
precision
10%
information
10%
performance
10%
resources
10%
exploration
10%
vision
9%
cost
9%
computers
9%
learning
8%
weight
8%
space
8%
interactions
8%
compression
8%
layers
8%