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查看斯高帕斯 (Scopus) 概要
陳 彥佑
助理教授
運輸與物流管理學系
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03-5712121#57231
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yenyuchen
nycu.edu
tw
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61
引文
5
h-指數
按照存儲在普爾（Pure）的出版物數量及斯高帕斯（Scopus）引文計算。
33
引文
3
h-指數
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23
引文
2
h-指數
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2012
2024
每年研究成果
概覽
指紋
網路
計畫
(1)
研究成果
(15)
類似的個人檔案
(2)
指紋
查看啟用 Yen-Yu Chen 的研究主題。這些主題標籤來自此人的作品。共同形成了獨特的指紋。
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重量
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Keyphrases
Mixed Traffic
100%
Freeway
91%
Queue Spillback
64%
Off-ramp
53%
Traffic Management
45%
Traffic Characteristics
45%
Motorcycle
41%
Traffic Condition
39%
On-ramp
36%
Group-based
36%
Taiwan
34%
Traffic Flow
34%
Ramp Metering
34%
Urban Arterial
33%
Signal Optimization
31%
Concurrent Optimization
30%
Traffic Scenarios
29%
Freeway Corridors
28%
Signal Control
28%
Traffic Model
28%
Lane Change
28%
Negative Impact
28%
Traffic Signals
25%
Travel Time
25%
Control System
25%
Control Strategy
23%
Signal Plan
23%
Nearest Neighborhood
22%
Two-wheeler
22%
Movement Decisions
22%
On-ramp Merging
22%
Traffic Operation
22%
Decision Model
22%
Deployment Testing
22%
Lateral Movement
22%
Roundabout
22%
Freeway Ramps
22%
Diverging Diamond Interchange
22%
Ramp System
22%
Surrogate Measures
22%
Crash Surrogate
22%
Travel Time Prediction
22%
Travel Time Estimation
22%
Multi-class Traffic
22%
Traffic Impact
22%
Optimization Model
22%
Green Split
22%
Metering System
22%
Vehicle Traffic
22%
Emergency Vehicles
22%
Engineering
Highway Systems
91%
Speed Limit
53%
Road
51%
Passenger Cars
45%
Behavioral Model
45%
Traffic Management
45%
Control Strategy
33%
Control System
30%
Link Length
30%
Cycle Length
25%
Progression
22%
Fit Model
22%
Dynamic Nature
22%
Past Decade
22%
Filtration
22%
Lateral Movement
22%
Estimation Time
22%
Lateral Position
22%
Safety Analysis
22%
Safety Concern
22%
Diamond
22%
Control Signal
22%
Major Portion
22%
Conversion Factor
22%
Design Method
22%
Traffic Data
22%
Developing Country
22%
Simulation Mode
22%
Critical Path
15%
Lane Change
10%
Temporal Evolution
7%
Fundamental Component
7%
Spatial Evolution
7%
Geometric Feature
7%
Traffic Control
7%
Mixed-Integer Linear Programming Model
7%
Design Stage
7%
Geometric Constraint
7%
Advanced Traveler Information System
7%
Optimal Setting
7%
Traffic Pattern
7%
Spatial Distribution
7%
Demand Management
5%
Toll Collection
5%
Potential Source
5%
Cloud Computing
5%
Computer Science
Control Strategy
68%
Traffic Condition
68%
Traffic Management
45%
Control Signal
45%
Traffic Characteristic
45%
Negative Impact
45%
Traffic Signal
45%
And-States
34%
Traffic Control System
22%
Congestion Level
22%
Collecting Data
22%
Critical Path
22%
Demand Management
22%
Optimal Setting
22%
Effective Method
22%
Vehicle Detector
22%
Evaluation Result
22%
Control Objective
22%
Collection System
22%
Comparison Result
22%
Spatial Distribution
22%
Emergency Vehicle
22%
Cloud Computing
22%
Priority Traffic
22%
Genetic Algorithm
22%
Programming Model
11%
Network Performance
11%
Mixed-Integer Linear Programming
11%
Dynamic Nature
11%
Simulation Experiment
11%
Measures of Effectiveness
11%
Conversion Factor
11%
Traffic Pattern
11%
Benchmark Program
11%
Superior Performance
11%
Lateral Position
7%
Data-Collection Approach
7%
Evaluation Approach
7%
Transportation Mode
7%
Simulation Mode
7%
Stream Traffic
7%
Traffic Environment
7%
Recovery Algorithm
5%
