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Prof. Min XIE, 謝旻
Chair Professor
,
Department of Systems Engineering
Chair Professor, Affiliate
,
Department of Data Science
Phone
+852 34429596
Email
minxie
cityu.edu
hk
YEUNG-P6629
Accepting PhD Students
h-index
23020
Scopus Citations
76
Scopus h-index
Calculated based on number of publications stored in Pure and citations from Scopus
1987 …
2025
Research activity per year
Overview
Fingerprint
Network
Research output
(649)
Projects
(25)
Prizes
(19)
Press/Media
(4)
Activities
(30)
Researchers
(21)
Similar Profiles
(6)
Supervised Work
(40)
Fingerprint
Dive into the research topics where Min XIE is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
Sort by
Weight
Alphabetically
Engineering
Control Charts
100%
Illustrates
85%
System Reliability
60%
Numerical Example
54%
Reliability Analysis
51%
Process Monitoring
33%
Failure Rate
32%
Genetic Algorithm
31%
Control Limit
30%
Quality Function Deployment
28%
Run Length
27%
Degradation Process
25%
Parameter Estimation
25%
Preventive Maintenance
21%
Gas Fuel Manufacture
21%
Reliability Growth
20%
Optimisation Problem
19%
Fault Diagnosis
19%
Maintenance Strategy
19%
Critical System
18%
Life Prediction
18%
Statistical Process Control
18%
Applicability
18%
Release Time
18%
Maintenance Action
18%
Reliability Assessment
17%
Manufacturing Process
17%
Joints (Structural Components)
17%
Systems Performance
17%
Gaussians
16%
Lithium-Ion Batteries
16%
Limitations
16%
Model Parameter
15%
State System
15%
Feature Extraction
14%
Failure Data
14%
Engineering
14%
Quality Characteristic
13%
Moving Average
13%
Repairable System
13%
Reliability Prediction
13%
Lifecycle
12%
Detection Process
12%
Multicomponent System
12%
Product Design
11%
Cost Rate
11%
Control System
11%
Degradation Model
11%
System State
11%
Power Engineering
11%
Mathematics
Weibull Distribution
40%
Numerical Example
36%
Probability Theory
29%
Control Limit
27%
Statistical Process Control
26%
Run-Length
26%
Failure Rate
25%
Parameter Estimation
22%
Burn-In
20%
Exponentially Weighted Moving Average
19%
Simulation Study
18%
Monte Carlo
18%
Exponential Distribution
18%
Residual Life
17%
Shape Parameter
17%
Failure Data
16%
Bayesian
15%
Fault detection
14%
Maximum Likelihood
14%
Parametric
14%
Censored Data
14%
Failure Rate Function
13%
Minimizes
13%
Variance
13%
Geometric Distribution
13%
Nonhomogeneous Poisson Process
13%
Time Mean
12%
Scale Parameter
12%
Poisson Distribution
12%
Stochastics
12%
Shock Model
12%
Lifetime Distribution
11%
Genetic Algorithm
11%
Conditionals
11%
Reliability Assessment
10%
Bivariate
10%
Markov Chain
10%
Gaussian Distribution
10%
Interval Estimation
9%
Goodness of Fit Test
9%
Parameter Weibull Distribution
9%
Confidence Interval
9%
Maximum Likelihood Estimate
9%
Covariate
8%
Simulated Data
8%
Detection Process
8%
Probability Plot
8%
Preventive Maintenance
8%
Reliability Modeling
8%
Prediction Interval
8%
Computer Science
Fault detection
45%
Software Reliability
36%
Quality Management
31%
Case Study
25%
Bayesian Networks
21%
Software Reliability Model
21%
software fault
20%
Fault Diagnosis
19%
Software Systems
19%
Process Monitoring
18%
Software Release
18%
Feature Extraction
17%
Genetic Algorithm
16%
Software Testing
15%
Decision-Making
14%
Process Model
14%
Numerical Example
14%
Software Failure
13%
Software Development
13%
Networked Control System
12%
Resource Allocation
12%
Parallel System
12%
maximum-likelihood
12%
Triggered Event
12%
Detection Process
12%
Open Source Software
12%
software cost estimation
11%
Simulation Study
11%
time-delay
11%
Distributed System
11%
Reliability Prediction
11%
Process Quality
10%
Parameter Estimation
10%
Fault Tree
10%
Safety Critical Systems
10%
Deep Learning Method
9%
Computer Hardware
9%
Systems Performance
8%
Poisson Process
8%
Estimation Method
8%
System Availability
7%
Customer Requirement
7%
Product Design
7%
Quality Characteristic
7%
Exponentially Weighted Moving Average
7%
Analytic Hierarchy Process
7%
Experimental Result
6%
System Structure
6%
Statistical Process
6%
Feature Selection
6%
