Keyphrases
Object Detection Algorithm
66%
Deep Learning Optimization
50%
Video Object Detection
50%
Efficient Model
50%
Object Detection
50%
Histopathology Images
50%
Column Space
50%
Bottleneck Layer
50%
Row Spacing
50%
Transformer-based
50%
Aerial Image
50%
Mixture Components
50%
Quantification Method
50%
Codec Structure
50%
Raman Spectroscopy
50%
Small Object Detection
50%
Detector Network
33%
Object Detector
33%
Frequency Content
33%
Detection Problem
33%
Materials Science
25%
Ternary Mixture
25%
Root Mean Square Error
25%
Transformer Model
25%
ResNet50
25%
Material Identification
25%
Binary Mixture
25%
Least Squares
25%
VGG11
25%
Vibrational Fingerprint
25%
Non-invasive Method
25%
Sequential Data
25%
Signal-to-noise Ratio
25%
Forensic Diagnosis
25%
Overlapping Spectra
25%
Chemical Mixtures
25%
Self-attention Mechanism
25%
Similar Features
25%
Noise Level
25%
Biomedical Diagnostics
25%
Applications of Raman Spectroscopy
25%
Present Challenges
25%
Component Share
25%
Mean Absolute Error
25%
Varying Condition
25%
Computational Load
16%
Colorectal Adenocarcinoma
16%
Pathological Examination
16%
Gaussian Mixture Model
16%
Macroblock
16%
Computer Science
Object Detection
100%
Image Processing Technique
50%
Image Translation
50%
Conventional Model
50%
Attention (Machine Learning)
50%
Convolutional Neural Network
50%
Learning System
50%
Deep Learning Method
50%
Pose Parameter
50%
Vision Transformer
50%
Generative Adversarial Networks
50%
Machine Learning
50%
Deep Learning Technique
50%
Detection Method
20%
Object Detector
20%
Frequency Content
20%
Computational Load
10%
Coding Standard
10%
Layer Approach
10%
Gaussian Mixture Model
10%
Detection Performance
10%
Computational Resource
10%
Macroblock
10%
Content Analysis
10%
Validation Dataset
10%
Creating Content
10%
Engineering
Least Square
50%
Computational Load
50%
Row Space
50%
Computational Resource
50%
Column Space
50%
Root-Mean-Squared Error
50%
Detection Performance
50%
Noise Level
50%
Mixture Component
50%
Macroblock
50%
Mean Absolute Error
50%
Layer Approach
50%
Signal-to-Noise Ratio
50%
Frequency Content
50%
Broadening
50%
High Frequency Content
50%
Efficient Model
50%
