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グリーンテクノロジー研究教育センター
国立大学法人 九州大学
学内共同教育研究センター
概要
フィンガープリント
ネットワーク
プロファイル
(1)
研究成果
(13)
フィンガープリント
グリーンテクノロジー研究教育センターが活動している研究トピックを掘り下げます。これらのトピックラベルは、この組織のメンバーの研究成果に基づきます。これらがまとまってユニークなフィンガープリントを構成します。
並べ替え順
重み付け
アルファベット順
Social Sciences
Adults
13%
Air Conditioning
10%
Analysis
10%
Attention
10%
Authority
10%
Behavior
51%
Change
10%
Child
10%
Citizen
10%
Classrooms
59%
Climate
10%
Climate Change
25%
Clothing
10%
Company
10%
Consequences
5%
Consumer Involvement
10%
Consumer Preference
20%
Developing Countries
5%
Difference
9%
Discussion
9%
Economic and Social Development
5%
Economics
20%
Energy Supply
41%
Environment
10%
Evidence-Based
10%
Experience
10%
Forecasting
22%
Fossils
10%
Health
41%
Health and Well-Being
5%
Heat
62%
Identification
10%
India
20%
Indians
10%
Influence
10%
Japan
20%
Learning
9%
Learning Outcome
5%
Local Government
10%
Machines
9%
Markets
20%
Measure
10%
Measurement
10%
Nations
10%
Natural Environment
10%
Perception
10%
Performance
9%
Planning
10%
Policy
15%
Preference
19%
Prescription
5%
Primary Schools
40%
Reasoning
10%
Receiver
10%
Research
9%
Satisfaction
10%
Schoolchildren
10%
Schools
5%
State
5%
Structural Elements (Buildings)
10%
Students
77%
Teachers
5%
Temperature
10%
Understanding
15%
Urban Areas
15%
Vulnerability
10%
Computer Science
Accuracy
44%
Adaptive Behavior
41%
Algorithms
24%
Average Accuracy
20%
Channels
41%
Classification Performance
5%
Comparative Analysis
5%
Computational Modeling
13%
Contexts
5%
Database
18%
Deep Neural Network
13%
Educational Outcome
20%
Energy Consumption
5%
Energy Efficiency
18%
Evaluation
20%
Field Experiment
10%
Generalization
24%
Input Combination
20%
Interference
17%
Learning Approach
13%
Machine Learning
100%
Machine Learning Algorithm
68%
Models
20%
Multiple Machine
13%
Multitask Learning
41%
Network Capacity
17%
Nonlinear Programming
6%
Occupant Behavior
41%
Performance Model
5%
Prediction Accuracy
20%
Prediction Model
60%
Prediction Performance
22%
Programming Model
6%
Real World
13%
Rendering
13%
Research Worker
13%
Simulation Mode
75%
Standards
13%
Support Vector Machine
5%
Survey
13%
Sustainability Goal
5%
Temporal Context
5%
Temporal Variation
5%
Term Sustainability
5%
Testing
10%
Wireless Mesh Network
27%
Engineering
Acid
5%
Air Conditioning System
10%
Buildings
31%
Ceilings
10%
Characteristics
5%
Classification Performance
5%
Comparative Analysis
5%
Conducted Experiment
5%
Dataset
10%
Deep Learning
5%
Deep Neural Network
5%
Doors
10%
Electric Potential
5%
Elements
5%
Energy Conservation
5%
Energy Efficiency
5%
Environment
31%
Fans
10%
Illuminance
5%
Indoor Space
5%
Intelligent Buildings
10%
Internet of Things
5%
Macro Level
5%
Measurement Period
10%
Measurer
10%
Mechanisms
5%
Metrics
10%
Microlevel
5%
Models
31%
Norms
5%
Outdoor Temperature
15%
Performance
20%
Positive Temperature Coefficient
5%
Potential Difference
5%
Prediction
20%
Prediction Performance
5%
Pt Electrode
5%
Receiver Operating Characteristic
10%
Relative Humidity
5%
Response Time
5%
Room Temperature
5%
School Buildings
5%
School Child
5%
School Student
10%
Sensing Mechanisms
10%
Sensor
31%
Support Vector Machine
5%
Supporting Evidence
5%
Temporal Variation
5%
Test Period
5%
Thermal Behavior
20%
Thermal Comfort
82%
Using Sensor
5%
Windows
10%