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查看斯高帕斯 (Scopus) 概要
邱 裕鈞
教授
運輸與物流管理學系
電話
02-23494940
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ycchiou.itt
nycu.edu
tw
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1542
引文
23
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319
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9
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36
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2001
2024
每年研究成果
概覽
指紋
網路
計畫
(54)
研究成果
(84)
獎項
(13)
類似的個人檔案
(2)
指紋
查看啟用 Yu-Chiun Chiou 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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Keyphrases
Accelerated Failure Time Model
20%
Advance Purchase
22%
Air Passengers
26%
Bivariate
22%
Cellular Automata Model
33%
Cellular Data
36%
Control Model
42%
Controller Model
25%
Crash Frequency
56%
Crash Severity
79%
Data Envelopment Analysis Model
40%
Electronic Toll Collection
22%
Freeway
78%
Freeway Incident
33%
Fuzzy Data Envelopment Analysis
22%
Fuzzy Logic
22%
Generalized Ordered Probit
22%
Genetic Algorithm
26%
Genetic Fuzzy Logic Controller
78%
Genetic-fuzzy
32%
Length of Stay
22%
Logic Rules
19%
Membership Function
21%
Mixed Traffic
25%
Modeling Approach
32%
Motorcycle
64%
Motorcycle Ownership
22%
Motorcycle Use
24%
Network Effects
19%
Optimal Variables
22%
Prediction Accuracy
22%
Public Transport
22%
Public Transport Network
19%
Purchase Behavior
22%
Queensland Australia
35%
Route-based
22%
Severity Level
20%
Signal Control
24%
South East Queensland
33%
Storable
22%
Taipei
21%
Taiwan
100%
Taiwanese
26%
Tourists
22%
Transport Performance
22%
Travel Time
20%
Travellers
30%
Two-vehicle Crashes
33%
Variable Speed Limit Control
22%
Willingness to Pay
33%
Engineering
Air Pollution
16%
Air Traffic
18%
Air Traffic Control
11%
Airlines
22%
Applicability
67%
Artificial Neural Network
12%
Artificial Neural Network Model
11%
Autocorrelation Coefficient
11%
Based Segmentation Method
11%
Central Region
11%
Characteristic Vehicle
14%
Control Model
37%
Control Signal
33%
Disaster Relief Operation
11%
Encoding Method
12%
Equation Model
16%
Error Rate
11%
Error Term
13%
Estimated Parameter
22%
Estimation Result
62%
Failure Time
22%
Field Case
30%
Fuzzy Logic Controller
71%
Genetic Algorithm
35%
Highway Systems
98%
Influencing Factor
14%
Installation Cost
11%
Key Risk
45%
Learning System
11%
Level Model
11%
Lighting Condition
22%
Macroscopic Model
11%
Matching Model
11%
Membership Function
20%
Motorcyclist
14%
Multi-Objective Model
11%
Poisson Model
11%
Primary Factor
11%
Ranking Order
11%
Segmentation Method
11%
Severity Level
36%
Similarities
12%
Social Category
11%
Speed Limit
22%
State Variable
13%
Stroke Engine
14%
Toll Collection
22%
Traffic Data
15%
Traffic Pattern
22%
Vehicle Accident
25%