Keyphrases
Port Operations
100%
Hyper-heuristics
100%
Combinatorial Optimization
100%
Integrated Scheduling
100%
Dynamic Environment
33%
Selection Framework
33%
Yard Truck
33%
Node Level
33%
Generic Algorithm
33%
Quality Simulation
33%
Operation Research Methods
33%
Deep Reinforcement Learning (deep RL)
33%
Historical Data
33%
Combined Algorithm
33%
Feature Extracting
33%
Single Node
33%
Dynamic Nature
33%
Mathematical Formulation
33%
Testing Problem
33%
Modern Services
33%
Decision Marking
33%
Massive Data
33%
Technical Bottleneck
33%
Optimal Algorithm
33%
Intelligent Manufacturing
33%
Truck Dispatching
33%
Intelligent Decision Support System
33%
Container Terminal Yard
33%
Real-world Systems
33%
Algorithm Selection
33%
Machine Learning Techniques
33%
Uncertainty Handling
33%
Simulation Data
33%
Specific Features
33%
Data Training
33%
Manufacturing Service
33%
System Level
33%
Yard Allocation
33%
Intelligent Optimization
33%
Historical High
33%
Mathematical Model
33%
Engineering
Extracted Feature
100%
Historical Data
100%
Node Level
100%
Mathematical Model
100%
Machine Learning Method
100%
Real Life
100%
Reinforcement Learning
100%
Integrated System
100%
Selection Algorithm
100%
Dynamic Nature
100%
Computer Science
Hyper-Heuristic
100%
Combinatorial Optimisation
100%
Integrated System
33%
Historical Data
33%
Algorithm Selection
33%
Machine Learning
33%
Complex Environment
33%
Handling Uncertainty
33%
Interpretability
33%
Dynamic Environment
33%
Testing Problem
33%
Dynamic Nature
33%
System Analysis
33%
Data Simulation
33%
Extracted Feature
33%
Optimal Algorithm
33%
Training Data
33%
Generic Algorithm
33%
Deep Reinforcement Learning
33%