INIS
robots
100%
programming
100%
performance
100%
comparative evaluations
83%
learning
81%
data
74%
planning
66%
trajectories
66%
machine learning
66%
classification
66%
detection
66%
sensors
66%
humans
66%
architecture
57%
computers
50%
males
40%
females
40%
neptunium nitrides
37%
motion
33%
constraints
33%
artificial intelligence
33%
education
33%
cameras
33%
depth
33%
lidar
33%
datasets
33%
efficiency
33%
speed
24%
neural networks
24%
size
24%
optimization
24%
solutions
24%
distance
22%
applications
22%
approximations
22%
benchmarks
16%
patients
16%
devices
16%
monitoring
16%
augmentation
16%
transformers
16%
increasing
16%
hybrids
16%
assessments
13%
modifications
13%
correlations
13%
lasers
11%
algorithms
11%
polynomials
11%
rangefinders
11%
Keyphrases
Kinodynamic Planning
66%
Constraint Programming
66%
Puzzle Game
66%
Flipped Classroom Approach
66%
Function Classification
66%
Artificial Intelligence
66%
Computer Science
66%
Machine Learning
66%
Automated Generation
66%
Student Performance
66%
Medical Sciences
66%
Robot Motion Planning
66%
You Only Look Once Version 3 (YOLOv3)
40%
Learnability
26%
Function Set
26%
1-bit
26%
Contact Time
22%
Introductory Programming Course
22%
Motivation
22%
Innovative Practices
22%
Fundamental Courses
22%
Performance Trends
22%
Instruction Modes
22%
Programming Fundamentals
22%
Patient Activity
22%
Gated Convolutional Neural Networks
22%
Learning Parameters
13%
Learning to Learn
13%
Neural Network
13%
Optimization Criterion
13%
Parameter Space
13%
Machine Learning Techniques
13%
Classification Problem
13%
Model Complexity
13%
Class Distinctions
13%
Logic Game
13%
Function Approximation
13%
Distinction Problems
13%
NPN Classification
13%
Subfunction
13%
Distance to Object
13%
Laboratory Environment
13%
Small Networks
13%
Design Requirements
13%
Function Unit
13%
Circuit Design
13%
Logic Functions
13%
Computer Science
Positive Correlation
66%
Robot
66%
Data Structure
66%
Deep Learning
66%
Machine Learning
66%
introductory programming course
66%
Human Activity Recognition
66%
Laboratory Environment
22%
Polynomial Regression
22%
Transfer Learning
22%
Deep Learning Model
22%
Object Detection
22%
Approximation (Algorithm)
22%
Recurrent Neural Network
22%
Collected Data
22%
Convolutional Neural Network
22%
Convolutional Network
22%
Parameter Space
11%
Direct Relationship
11%
Design Requirement
11%
Learning Parameter
11%
Optimization Criterion
11%
Classification Problem
11%
Neural Network
11%
