Computer Science
Accuracy
62%
Adaptive Cruise Control
22%
Algorithms
50%
Application
13%
Camera Calibration
33%
Classes
38%
Classification
33%
Collected Data
16%
Collecting Data
16%
Computer Vision
100%
Control
22%
Convolutional Neural Network
38%
Correlation
5%
Design
11%
Detection
66%
Detection Algorithm
33%
Development Work
16%
Execution Time
5%
Future Development
16%
Image Acquisition
16%
Image Capture
5%
Image Classification
22%
Models
5%
Modularity
5%
Monitoring Quality
33%
Monitoring System
33%
Object Detector
8%
Prediction Model
27%
Preprocessing Stage
8%
Random Decision Forest
16%
Relevant Information
6%
Satellite System
33%
Sensor
6%
Server
22%
Shared Information
6%
Smart City Application
6%
Systems Design
11%
Training Image
5%
Transformations
6%
Transitions
11%
User
16%
Vehicle Sensor
6%
Engineering
Accuracy
13%
Algorithm
33%
Architecture
5%
Bounding Box
25%
Classification
33%
Confusion Matrix
5%
Control System Design
11%
Convolutional Neural Network
11%
Correlation
5%
Dataset
13%
Deceleration
22%
Design
11%
Detection
41%
Detection Algorithm
33%
Detection System
27%
Determines
5%
Development
5%
Doors
5%
Early Experience
11%
Execution Time
5%
Experiments
30%
Field Test
33%
High Accuracy
8%
High Speed
11%
Images
27%
Light Level
5%
Measurement
22%
Misclassification
5%
Model Prediction
11%
Models
5%
Output Class
5%
Passenger Cars
5%
Passenger Vehicle
8%
Prediction
5%
Proof-of-Concept
11%
Radar
11%
Railroad Cars
33%
Random Forest
16%
Reduction
11%
Remote Server
5%
Ride Comfort
19%
Road
11%
Stages
8%
Test Image
5%
Earth and Planetary Sciences
Accuracy
5%
Architecture
5%
Area
5%
Camera
11%
Car
33%
Class
5%
Classification
33%
Computer Vision
33%
Confusion
5%
Contrast
5%
Correlation
5%
Data Set
5%
Door
5%
Investigation
5%
Model
16%
Monitor
5%
Network
11%
Output
5%
Passenger
5%
Prediction
16%
Shadow
5%
Shape
5%
Time
5%
Variation
5%
Vision
5%
