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Jie Li
Dr
Senior Lecturer
,
CE - Academic & Research
https://orcid.org/0000-0001-5196-2136
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Research output
(87)
Projects
(1)
Activities
(15)
Press/Media
(1)
Similar Profiles
(6)
Supervised Work
(3)
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Dive into the research topics where Jie Li is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Weight
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Engineering
Continuous Time
100%
Illustrates
96%
Programming Model
93%
Optimality
88%
Processing Unit
76%
Batch Plant
75%
Computational Effort
75%
Computational Time
73%
Steel Making
69%
Crude Oil Distillation
69%
Optimal Design
69%
Mixed-Integer Linear Programming
69%
Mixed-Integer Linear Programming Model
65%
Tasks
61%
Subproblem
57%
Artificial Neural Network
55%
Continuous Casting Process
53%
Steel Plant
53%
Feasible Solution
53%
Support Vector Machine
51%
Optimisation Problem
50%
Genetic Algorithm
48%
Computational Efficiency
48%
Heat Integration
46%
Deep Learning
46%
Connectivity Matrix
46%
Multigrid
46%
Jetties
46%
Nodes
46%
Pure Component
46%
Energy Conservation
45%
Surrogate Model
40%
Batch Process
38%
Mathematical Model
38%
Continuous Casting
36%
Parent Node
34%
Scale Problem
34%
Relaxation Time
34%
Mathematical Modeling
30%
Crude Oil
28%
Integrated System
28%
Distillation Column
26%
Network Model
25%
Process Simulation
24%
Principal Components
24%
Component Analysis
24%
Heat Exchanger Network
23%
Extractive Distillation
23%
Melt Pressure
23%
Fossil Fuel
23%
Computer Science
Hybrid Algorithm
61%
Energy Efficient
53%
Job Shop Scheduling Problems
46%
Computational Time
46%
Scheduling
42%
Machine Learning
36%
Scheduling Problem
35%
Mathematical Programming
34%
Mixed-Integer Linear Programming
34%
Continuous Time
30%
Optimization Problem
30%
Models
28%
In-Process
27%
Events
24%
Optimization
23%
Global Optimization
23%
Optimization Framework
23%
And-States
23%
Gravitational Search Algorithm
23%
Ensemble Learning
23%
Case Study
23%
Multitasking
23%
Machine Scheduling Problem
23%
Computer Hardware
23%
Energy Consumption
23%
Parallel Machine Scheduling
23%
Computational Effort
23%
Relaxation Time
23%
Energy Saving
23%
Process Optimization
23%
Path Algorithm
23%
Computational Efficiency
23%
Processing Unit
23%
Feasible State
23%
Feasible Solution
23%
Hardware
23%
Decision-Making
15%
Total Energy Consumption
15%
Transition Time
13%
Programming Model
11%
Large-Scale Problem
11%
Differential Evolution
9%
Nonlinear Programming
7%
Specifications
7%
Global Optimality
7%
Optimum Solution
7%
Generation
7%
Computational Complexity
7%
Mixed Integer Programming
7%
Valuable Product
7%
