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查看 Scopus 资料
李 慧芳
自动化学院
h-index
672
引用
14
H-指数
根据储存在 Pure 的刊物以及来自 Scopus 的引用文献数量计算
2002
2024
每年的科研成果
概览
指纹图谱
合作网络
科研成果
(58)
指纹图谱
深入其中 Huifang Li 为活跃的研究主题。这些主题标签来自此人的成果。它们共同形成唯一的指纹。
分类
加权
按字母排序
Computer Science
Ambient Intelligence
17%
Analysis of Algorithm
23%
Big Data
26%
Budget Constraint
68%
Business Process Variant
17%
Case Study
20%
Cloud Computing
42%
Cloud Environment
49%
Cloud Service Consumer
17%
Convergence Speed
26%
Correlated Noises
17%
Data Sharing
17%
Deep Boltzmann Machine
17%
Deep Learning
21%
Deep Neural Network
31%
Evolutionary Approach
17%
Execution Time
17%
Experimental Result
58%
Expression Recognition
17%
Extreme Learning Machine
17%
Fault Detection
23%
fault diagnose method
18%
Fault Diagnosis
100%
Generative Adversarial Networks
37%
Genetic Algorithm
26%
Hybrid Cloud
17%
Intelligent Fault Diagnosis
34%
Intensive Workflow
20%
Learning Community
17%
Machine Learning
20%
Mathematical Optimization
52%
Minority Class
34%
Petri Net
40%
Potential Solution
17%
Process Variant
17%
Quality of Service
93%
Schedulability Analysis
34%
Scheduling Algorithm
69%
Scientific Application
51%
Scientific Workflow
86%
Search Algorithm
17%
Solution Quality
28%
Time Constraint
17%
Timing Constraint
34%
Total Execution Time
19%
Workflow Application
44%
Workflow Execution
23%
Workflow Management System
26%
Workflow Modeling
23%
Workflow System
34%
Engineering
Airflow Resistance
5%
Based Kalman Filter
17%
Based State Estimation
5%
Big Data
17%
Build Time
5%
Cloud Service
86%
Comparative Experiment
8%
Deep Belief Network
17%
Deep Learning
17%
Discriminator
17%
Extreme Learning Machine
17%
Fault Diagnosis
40%
Filtering Algorithm
5%
Filtration
8%
Functional Property
8%
Generated Sample
8%
Generic Model
17%
Industrial Internet
5%
Internet of Things
5%
Kalman Filter
17%
Learning Algorithm
8%
Limitations
5%
Machine Learning Method
5%
Main Step
5%
Matching Algorithm
17%
Matching Method
11%
Mean Value
5%
Measurement Noise
5%
Metrics
6%
Model Input
17%
Nonlinear System
17%
Numerical Example
5%
Objective Function
8%
Optimization Approach
17%
Practical Problem
5%
Process Measurement
5%
Process Noise
5%
Quality of Service
46%
Reliability Prediction
5%
Service-Oriented Architecture
17%
Simulation Result
8%
State Estimation
17%
Telemonitoring Application
17%
User Requirement
8%
