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查看斯高帕斯 (Scopus) 概要
藍 崑展
教授
資訊工程學系
醫學資訊研究所
電話
886 6 2757575 ext 62550
電子郵件
klan
mail.ncku.edu
tw
網站
http://www.csie.ncku.edu.tw/~klan/
h-index
2013
引文
23
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。
2002
2026
每年研究成果
概覽
指紋
網路
專案
(14)
研究成果
(113)
類似的個人檔案
(6)
監製作品
(1)
指紋
查看啟用 Kun-Chan Lan 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
Computer Science
Access Point
20%
Case Study
35%
Centralized Approach
30%
Communication Board
40%
Directional Antenna
20%
Download Service
20%
Driving Behavior
30%
Early Detection
20%
Floor Plan
26%
Flow Characteristic
20%
Hash Table
20%
Heart Rate Monitoring
60%
Indoor Location
20%
Internet Traffic
40%
Layer Protocol
20%
Local Community
20%
Location Error
26%
markov chain model
20%
Matching Algorithm
26%
Mobile Network
26%
Mobile Surveillance
50%
Mobility Model
70%
Mobility Network
40%
Mobility Protocol
24%
Monitoring System
40%
Motion Detection
20%
Network Bandwidth
26%
Network Simulation
94%
Network Traffic
30%
opportunistic network
20%
packet delivery
20%
Parkinson's Disease
40%
Participatory Sensing
25%
Physiological Data
26%
Practical Solution
30%
Preferred Route
41%
Router Architecture
20%
Signal Strength
20%
Simulation Experiment
21%
Statistical Property
20%
Testbed
34%
Traffic Control
45%
Traffic Monitoring
30%
Vehicular Ad-Hoc Network
85%
Vehicular Communication
20%
Vehicular Environment
20%
Vehicular Network
93%
Wireless Mesh Network
40%
Wireless Network
58%
Wireless Sensor
20%
Keyphrases
3D Morphable Model (3DMM)
20%
Acupressure
30%
Acupressure Therapy
40%
Acupuncture Points
60%
Adaptive Position Update
20%
Android Platform
30%
BTrackS
20%
Building Floors
26%
Crowdsourcing
26%
Data Transmission
30%
Dead Reckoning System
23%
Direction Error
26%
Functional Dyspepsia
20%
Goodput
40%
Heart Rate Monitoring
30%
Heart Rate Monitoring System
60%
Information Availability
26%
Laser Acupuncture
20%
Live Network
20%
Localization Technique
30%
Location Error
26%
Malicious Traffic
20%
Map-matching Algorithm
26%
Medical Assistance
33%
Mission-critical
40%
Mobile Hotspots
20%
Model Parameterization
40%
Movement Distance
33%
Network Simulation
31%
Network Traces
20%
Opportunistic Networks
20%
Parking Availability
26%
Parkinson's Disease
40%
Pedestrian Dead Reckoning
60%
Point Localization
40%
Preferred Route
26%
Real-time Parking
26%
Real-time Tracing
20%
Realistic Mobility Model
40%
Robot Arm
30%
Senior Centers
60%
Smart Parking
40%
Smartphone
73%
Symptom Relief
30%
Synthetic Networks
20%
Trace-driven Simulation
20%
Traffic Model
30%
Vehicular Ad Hoc Networks
60%
Waist-mounted
36%
Walking Distance
46%
Engineering
Acquisition Time
13%
Axis Accelerometer
18%
Battery Power
20%
Board Communication
20%
Body Sensor Network
20%
Cluster Head
12%
Control Algorithm
20%
Data Rate
10%
Deep Learning Method
20%
Detection Algorithm
10%
Distributed Sensor
13%
Energy Efficiency
26%
Feasibility Study
20%
Floor Plan
50%
Global Positioning System
53%
Great Number
13%
Heading Direction
18%
Initial Stage
10%
Landmark Point
10%
Laser Beam
20%
Location Error
20%
Made Paper
20%
Matching Algorithm
20%
Millisecond
13%
Monitoring System
40%
Morphable Model
20%
Mounted System
36%
Multipath
20%
Negative Effect
20%
Nodes
37%
Packet Loss
30%
Propagation Model
20%
Provide Incentive
20%
Pythagorean Theorem
38%
Retransmission
20%
Robot Arm
40%
Route Optimization
20%
Seniors
40%
Sensor Network
26%
Sensor Node
17%
Sensor System
16%
Signal Strength
23%
Simple Harmonic Motion
50%
Step Length
100%
Thermal Imager
10%
Time Division Multiple Access
20%
Tower
20%
Tracking (Position)
20%
Vital Sign
12%
Wearable Sensor
12%
