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淺層崩塌降雨警戒基準與檢監測技術評估研究－子計畫:降雨引發淺層崩 塌之可犧牲式監測元件研發(II)
Chung, Chih-Chung
(PI)
土木工程學系
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指紋
研究成果
(2)
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探索此專案觸及的研究主題。這些標籤是根據基礎獎勵/補助款而產生。共同形成了獨特的指紋。
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Keyphrases
Time Domain Reflectometry
100%
Shallow Landslides
52%
Penetrometer
49%
Soil Water Content
49%
Landslide Monitoring
43%
Laboratory Development
43%
Rainfall Effects
43%
Electrical Conductivity
43%
Land Subsidence Monitoring
43%
Measurement Range
29%
Maximum Point
29%
Signal Attenuation
29%
Subsidence
29%
Measurement Accuracy
29%
Bipolar Subtypes
17%
Soil Slope
17%
Taiwan
14%
Rainfall Events
14%
Sensor Reduction
14%
Pointing Accuracy
14%
Data Reduction
14%
Unconfined Aquifer
14%
Alluvial Basin
14%
Magnetic Ring
14%
Limited Measurements
14%
Point Method
14%
Water Level
14%
Aquifer
14%
Confined Aquifer
14%
Land Subsidence
14%
Temporal Resolution
14%
Range Extending
14%
Physical Model
14%
Measurement Standards
14%
Groundwater Level Variation
14%
Landslide
12%
Arduino
12%
Soil Yielding
8%
Landform Change
8%
Apparent Bias
8%
Significant Quantity
8%
Sensing Volume
8%
Volumetric Water Content
8%
Drying Rate
8%
Infrastructure Safety
8%
Dipole
8%
Slope Stability Analysis
8%
Water Content
8%
Subtropics
8%
Continuous Monitoring
8%
Typhoon
8%
External Stress
8%
Numerical Analysis
8%
Influence Factors
8%
Electrical Energy
8%
Safety Factor
8%
Performance Measures
8%
Design Verification
8%
On-site Monitoring
8%
Energy Density
8%
Sandbox
8%
Electrical Field
8%
Reservoir Watershed
8%
Monsoon Climate
8%
Rainfall
8%
Wetting Rate
8%
Local Area
6%
On-site Application
6%
Rainfall Forecasting
6%
Single-board
6%
Landslide Simulation
6%
Landslide Occurrence
6%
Physical Modeling
6%
High-resolution
6%
Nonlinear Time Series
6%
Long Range Wide Area Network (LoRaWAN)
6%
System-on-chip
6%
Early Warning System
6%
Debris Flow Monitoring
6%
Particle Tracking Velocimetry
6%
Sensor Network Protocols
6%
Field Monitoring
6%
Open Geospatial Consortium
6%
Low Power
6%
Multi-node
6%
Wireless Sensor Networks
6%
Capability Verification
6%
Sensing System
6%
Systems Accounting
6%
Content Profiling
6%
Digital Image Correlation Method
6%
Specific Sensors
6%
Cost down
6%
MEMS Sensor
6%
Big Data Techniques
6%
Wireless Sensor Network Node
6%
Engineering
Time-Domain Reflectometry
87%
Soil Water Content
65%
Wireless Sensor Network
43%
Electrical Conductivity
43%
Wide Area Network
21%
Big Data
21%
Network Node
21%
Early Warning System
21%
Linear Time
21%
Physical Modeling
21%
Sensing System
21%
Flow Monitoring
21%
Correlation Method
21%
Microelectromechanical System
21%
Local Area
21%
Nodes
21%
Digital Image Correlation
21%
High Resolution
21%
Bipolar Type
17%
Soil Slope
17%
Moisture Content
17%
External Stress
8%
Optimal Design
8%
Continuous Monitoring
8%
Electrical Energy
8%
Slope Stability
8%
Infrastructure
8%
Stability Analysis
8%
Design Verification
8%
Drying Rate
8%
Flux Density
8%
Safety Factor
8%
Electric Field
8%
Earth and Planetary Sciences
Time Domain Reflectometry
87%
Subsidence
43%
Electrical Resistivity
43%
Penetrometers
43%
Soil Water Content
43%
Standard Deviation
21%
Moisture Content
17%
Leveling
10%
Confined Aquifer
10%
Unconfined Aquifer
10%
Data Transmission
10%
Stability Analysis
8%
Landform
8%
Flux Density
8%
Taiwan
8%
Slope Stability
8%
Cyclones
8%
Electric Field
8%
Safety Factor
8%