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项 溪
机械与车辆学院
h-index
668
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
2015
2025
每年的科研成果
概览
指纹图谱
合作网络
科研成果
(35)
指纹图谱
深入其中 Xi Xiang 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
Robust Optimization
76%
Programming Model
69%
Allocation Problem
57%
Computational Experiment
57%
Scheduling Problem
52%
Assignment Problem
52%
Economic Performance
47%
Column Generation
38%
Solution Quality
33%
Project Scheduling
33%
Scheduling Algorithm
28%
Multiobjective
28%
Optimization Problem
28%
Mixed Integer Programming
26%
Lagrangian Relaxation
23%
Decision Maker
23%
Two-Stage Robust Optimization
23%
Stochastic Programming
23%
Experimental Result
22%
Cost Saving
20%
Decision Model
19%
Integer Programming
19%
Supply Chain
19%
Analytic Hierarchy Process
19%
Interdependence
19%
Robot
19%
Distributed Algorithm
19%
Strategic Planning
19%
Scheduling Policy
19%
Information Value
19%
Deep Reinforcement Learning
19%
Feasible Solution
19%
logistic enterprise
19%
Allocation Policy
19%
Closed Queuing Network
19%
Energy Efficiency
19%
Variable Neighborhood Search
19%
Optimization Strategy
19%
Randomly Generated Instance
19%
Graph Convolutional Network
19%
Performance Evaluation
19%
Network Design Problem
19%
Automated Guided Vehicle
19%
Manipulator
19%
Distributed Scheduling
19%
Queueing Network
19%
Customer Satisfaction
19%
Operational Data
19%
Resource-Constrained Scheduling
19%
Generative Adversarial Networks
19%
Engineering
Numerical Experiment
100%
Optimization Approach
80%
Shipping Line
57%
Berthing
52%
Service Level
38%
Optimisation Problem
38%
Experimental Result
28%
Historical Data
28%
Disruptions
28%
Realization
28%
Tasks
22%
System Protection
19%
Design Problem
19%
Optimization Strategy
19%
Railway
19%
Tactical Level
19%
Gradient Descent
19%
Customer Satisfaction
19%
Cold Chain
19%
Cross Dock
19%
Subproblem
19%
Design Optimization
19%
Lagrangian Relaxation
19%
Tactical Planning
19%
Warehouses
19%
Manipulator
19%
Perfect Information
19%
Technical Equipment
19%
Similarities
19%
Wind Power
19%
Scheduling Policy
19%
Scale Size
19%
Median Problem
19%
Case Scenario
19%
Array Comparative Genomic Hybridization
19%
Operating Cost
19%
Programming Model
19%
Linear Programming
19%
Arrival Time
15%
Planning Horizon
14%
Simulation Model
13%
System Capacity
9%
Operational Energy
9%
Penalty Function
9%
Turbine Control
9%
Computational Time
9%
Max
9%
Design System
9%
Real Data
9%
Automated Technology
9%
Mathematics
Total Cost
66%
Minimizes
57%
Numerical Experiment
47%
K-Means
38%
Sample Average
28%
Service Time
28%
Total Number
19%
Multiobjective Optimization
19%
Finite Number
19%
Decision Model
19%
Lagrangian
19%
Historical Data
19%
Extended Model
19%
Production Unit
19%
Economic Performance
19%
Lower and upper bounds
19%
Arrival Time
19%
Refinement Method
19%
Approximation Method
19%
Real Life
19%
Worst Case
19%
Integer Programming
19%
Stochastics
19%
Heuristic Algorithm
9%
Critical Property
9%
Characteristic Time
9%
Solution Set
9%
Search Algorithm
9%
Server System
9%
Planning Horizon
9%
Lognormal Distribution
9%
Single Server
9%
