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查看斯高帕斯 (Scopus) 概要
陳 彥文
教授
通訊工程學系
電子郵件
ywchen
ce.ncu.edu
tw
網站
http://broadband.ce.ncu.edu.tw/#teacher
h-index
588
引文
12
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。
1995 …
2023
每年研究成果
概覽
指紋
網路
研究計畫
(9)
研究成果
(98)
類似的個人檔案
(6)
指紋
查看啟用 Yen-Wen 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。
排序方式
重量
按字母排序
Keyphrases
ATM Network
32%
Autocorrelation
19%
Bandwidth Allocation
25%
Binding Update
22%
Channel Condition
45%
Cognitive Radio Networks
30%
Cross-layer Design
19%
Downlink Scheduling
22%
Energy Saving
22%
Exhaustive Simulation
41%
Handoff
26%
Histogram
30%
Internet Protocol Version 6 (IPv6)
22%
Long Term Evolution Networks
75%
LTE Network
38%
LTE-A
24%
Mobile Networks
22%
Mobile Nodes
27%
Mobile Social Network Services
22%
Mobility Anchor Point
19%
Moving Picture Experts Group
18%
Multicast
43%
Performance Studies
22%
Placement Scheme
22%
Power Saving
38%
Proxy Mobile IPv6 (PMIPv6)
25%
Quality of Service
79%
Radio Resource Allocation
33%
Radio Resource Scheduling
22%
Radio Resources
42%
Resource Allocation Scheme
25%
Resource Block
17%
Resource Utilization
19%
Routing Scheme
19%
Scheduling Scheme
24%
Secondary User
20%
Signaling Overhead
18%
Single-carrier Frequency Division multiple Access (SC-FDMA)
20%
Software-defined Networking
22%
Switching Networks
22%
System Throughput
35%
Traffic Model
20%
Traffic Simulation
26%
Transmission Performance
17%
Uplink
44%
Uplink Scheduling
21%
User Equipment
31%
Video Streaming
33%
Wireless Sensor Networks
25%
Worldwide Interoperability for Microwave Access (WiMAX)
40%
Computer Science
Bandwidth Allocation
27%
Bandwidth Utilization
13%
Binding Update
22%
Carrier Frequency
16%
Channel Condition
32%
Channel Quality
15%
Cognitive Radio
14%
Cognitive Radio Networks
22%
Correspondent Node
15%
Energy Saving
15%
Experimental Result
47%
Frequency Division Multiple Access
16%
Global Positioning System
15%
Good Performance
31%
Handoff
40%
Intelligent Transportation System
15%
Internet Traffic
20%
Internet-Of-Things
16%
Long Term Evolution
45%
Mobile IPv6
14%
Mobile Network
24%
Mobility Anchor
19%
Moving Average
22%
MPEG
14%
Multi-Protocol Label Switching
15%
Multicasting
37%
Multiplexer
13%
Network Service
46%
Network Topology
19%
Personal Digital Assistant
16%
Quality of Service
100%
Resource Allocation
25%
Resource Allocation Scheme
23%
Resource Utilisation
21%
routing path
17%
Scheduling Scheme
33%
Secondary User
20%
single carrier
18%
Social Network
30%
Software-Defined Network
15%
State Transition
25%
Streaming Service
15%
Subnetwork
15%
Switching Network
17%
Video Streaming
39%
Wavelength Assignment
13%
Wavelength-Division Multiplexing Network
15%
Wimax
17%
wimax network
20%
Wireless Sensor Network
15%
Engineering
Allocation
51%
Anchor Point
26%
Automatic Teller Machines
24%
Carrier Frequency
15%
Channel Condition
44%
Cognitive Radio
18%
Cognitive Radio Networks
30%
Cooperative
17%
Correlation Characteristic
9%
Data Delivery
10%
Data Path
9%
Discontinuous Reception
11%
Electric Power Utilization
20%
Energy Conservation
17%
Energy Engineering
15%
Experimental Result
36%
Frequency Division Multiple Access
15%
Good Performance
21%
Handover
15%
Histogram
21%
Home Agent
15%
Illustrates
27%
Intelligent Transportation System
15%
Long Term Evolution
22%
Long-Term Evolution Network
44%
Mobile Node
17%
Mobile Station
9%
Motion Picture
15%
Moving Average
11%
MPEG
9%
Multi-Protocol Label Switching
15%
Multiplexer
12%
Network Access
15%
Network Capacity
11%
Network Environment
9%
Nodes
39%
Primary User
13%
Quality of Service
74%
Radio Resource
82%
Random Access
11%
Resource Block
16%
Resource Utilisation
12%
Secondary User
27%
Signaling Overhead
17%
Simulation Result
64%
Spectrum Utilization
9%
State Transition
21%
Switching Network
15%
Video Streaming
33%
Wireless Sensor Network
17%
