Keyphrases
3D Cones
100%
Acquiring Data
17%
Artifact Mitigation
26%
Brain CT
20%
Brain Imaging
34%
Computational Thinking
17%
Computer Engineering
39%
Computer Engineering Curriculum
17%
Cone Beam
35%
Cone Beam Tomography
69%
Continuous Monitoring
17%
Controller Design
34%
Correlation Coefficient
20%
Correlation Vector Machine
17%
Course Development
17%
CT Studies
20%
Davis
24%
Electrical Engineering
34%
Engineering Courses
25%
Extended Learning
20%
Extra Credit
25%
Feldkamp
40%
Field Programmable Gate Arrays
26%
Hardware Description Language
17%
Head Motion
43%
Imaging Systems
34%
Innovative Approach
26%
Introduction to Programming
17%
Learning Module
20%
Least Squares Support Vector Machine
23%
Marker-based
22%
Misclassified
17%
Motion Artifact
84%
Motion Detection
38%
Motion Parameters
24%
Novel Technique
17%
Parallel Computing
28%
Photoplethysmography
17%
Plaster
34%
Polynomial Regression
17%
Process Data
17%
Reconstructed Image
31%
Regression-based Method
17%
Shepp-Logan Phantom
20%
Student Learning Experience
17%
Support Vector Machine
17%
Three-dimensional (3D)
37%
Verification Algorithm
17%
X-ray CT Images
34%
X-ray Projection
32%
Computer Science
Acquiring Data
5%
Answer Question
11%
Backprojection
26%
Completion Rate
8%
Computational Thinking
17%
Computer Simulation
17%
Difficulty Level
9%
Digital System
8%
Distributed Computing
8%
Engineering Curriculum
17%
Euclidean Distance
17%
Experimental Result
18%
External Sensor
17%
Field Programmable Gate Arrays
11%
Fingerprint Verification
17%
Generate Signal
8%
Graphics Processing Unit
8%
Handheld Device
8%
Health Care
17%
Imaging Systems
34%
introductory programming course
8%
Learning Ability
8%
Learning Experiences
17%
Learning Opportunity
15%
least square support vector machine
26%
Measurement System
17%
minutium
17%
Motion Detection
52%
Motion Parameter
52%
Multicore
8%
Negative Impact
11%
Optimization Technique
17%
Parallel Computer
43%
Parallel Computing
8%
Parallel Implementation
8%
Polynomial Regression
17%
Powerpoint Slide
8%
programming course
17%
Ray Projection
49%
Reconstructed Image
49%
Reconstruction Process
17%
Related Question
5%
Segmentation Process
17%
Series Prediction
14%
Student Assessment
8%
Support Vector Machine
17%
Survey Response
5%
Synthetic Data
17%
Three-Dimensional Reconstruction
17%
Undergraduate Course
8%
