INIS
detection
100%
signals
74%
cameras
61%
vehicles
52%
performance
41%
light
36%
algorithms
33%
brakes
30%
machine learning
26%
noise
26%
applications
26%
vision
19%
comparative evaluations
18%
data
17%
unmanned aerial vehicles
17%
devices
17%
design
15%
engineering
13%
width
13%
operation
13%
laboratories
13%
cooperatives
13%
surfaces
13%
topology
13%
classification
13%
neural networks
13%
color
13%
levels
11%
energy efficiency
9%
efficiency
9%
probability
9%
implementation
8%
information
7%
accuracy
7%
power
6%
outages
6%
ports
6%
calculation methods
6%
input-output
6%
humans
6%
cost benefit analysis
6%
learning
6%
inductance
6%
sensitivity
6%
precision
6%
reduction
6%
microwave radiation
6%
astronomy
6%
kinetics
6%
quantum computing
6%
Computer Science
Autonomous Vehicles
39%
Lighting Condition
32%
Kalman Filter
32%
Automatic Detection
26%
Signal Denoising
26%
Collision Avoidance System
19%
Global Positioning System
13%
Edge Orientation
13%
Detection Rate
13%
Visual Informations
13%
Detection Accuracy
13%
Learning System
13%
Traffic Control
13%
Machine Learning
13%
Processing Power
13%
Edge Information
13%
Experimental Result
13%
Unmanned Aerial Vehicle
13%
Field Programmable Gate Arrays
13%
nakagami-m fading
13%
Mobile Platform
13%
Vision Systems
13%
Long Short-Term Memory Network
13%
Privacy Concern
13%
Assistive Devices
13%
Control Signal
13%
Coverage Area
13%
Signal Detection
13%
Power Requirement
13%
Spectral Efficiency
13%
Energy Efficiency
13%
de-noising
8%
Outage Probability
8%
Non-Orthogonal Multiple Access
8%
Autoencoder
8%
Lstm
8%
Efficient Algorithm
6%
Keyphrases
Fall Detection
26%
Embedded Smart Camera
13%
UAV
13%
Automatic Detection
13%
Human Subjects
13%
Image Processing
13%
Simultaneous Transmission
13%
Spectral Energy
13%
Wearable Camera
13%
Stacked Long Short-term Memory
13%
Sound Classification
13%
Vehicle Sound
13%
Design Lab
13%
Digital Logic Design
13%
Energy Efficiency
13%
First Year
13%
Spectral Efficiency
13%
Engineering Students
13%
Student Performance
13%
Nakagami-m Fading
13%
Operative
13%
Cooperative Non-orthogonal multiple Access (C-NOMA)
13%
Reconfigurable Intelligent Surface
13%
Computationally Lightweight
13%
Superconducting Microresonator
13%
Signal Denoising
13%
Machine Learning
13%
Outage Probability
8%
Upper Level
6%
Virtual Wiring
6%
Level of Understanding
6%
Wiring
6%
Engineering Undergraduates
6%
Practical Setting
6%
Lecture Course
6%
Design Type
6%
System Design
6%
Design Concept
6%
Design Problems
6%
Multiple Subjects
6%
Industry Standards
6%
Laboratory Curriculum
6%
Wiring System
6%
Lab Course
6%
Course Curriculum
6%
Time Constraints
6%
Aerospace Engineering
6%
Engineering Department
6%
Nighttime Vehicle Detection
6%
Cookbooks
6%
