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國立陽明交通大學研發優勢分析平台 首頁
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開源智能聯網研究中心
國立陽明交通大學
高教深耕計畫辦公室
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(21)
研究成果
(704)
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(8)
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(4)
指紋
查看啟用 開源智能聯網研究中心 的研究主題。這些主題標籤來自此機構會員的作品。共同形成了獨特的指紋。
排序方式
重量
按字母排序
Computer Science
Internet-Of-Things
100%
Unmanned Aerial Vehicle
33%
Deep Learning Method
32%
Experimental Result
26%
Machine Learning
25%
Learning System
22%
Software-Defined Networking
22%
Internet of Things Device
20%
Artificial Intelligence
19%
Cellular Network
17%
Computer Hardware
16%
Network Function Virtualization
16%
5G Mobile Communication
16%
Multi-Access Edge Computing
13%
Quality of Service
13%
Software-Defined Network
12%
Mobile Network
12%
Wireless Communication
12%
Network Function
11%
Reinforcement Learning
11%
Network Slicing
11%
Energy Efficient
10%
Neural Network
10%
Edge Computing
10%
Global Positioning System
10%
Deep Reinforcement Learning
10%
Big Data
8%
Authentication
8%
Wi-Fi
8%
Resource Allocation
8%
Energy Efficiency
8%
Communication Network
7%
Virtual Networks
7%
Wireless Networks
7%
Energy Consumption
7%
IoT Application
7%
Learning Approach
7%
Multimedia
7%
Computer Vision
7%
Radio Access Network
7%
Control Plane
6%
Mobile Device
6%
Wearable Device
6%
Fog Computing
6%
Load Balancing
6%
Power Consumption
6%
Robot
6%
MIMO Systems
6%
Data Center
6%
Machine Learning Algorithm
6%
Open Source
6%
Service Function
5%
Network Architecture
5%
Testbed
5%
Autoencoder
5%
Channel State Information
5%
User Experience
5%
Wireless Sensor Network
5%
Performance Evaluation
5%
Deep Learning Model
5%
Mobile Broadband
5%
Long Short-Term Memory Network
5%
Response Time
5%
Data Fusion
5%
Timing Analysis
5%
Deep Neural Network
5%
Keyphrases
Internet of Things
47%
UAV
34%
Software-defined Networking
24%
Internet of Things Devices
22%
Base Station
18%
Deep Learning
18%
Network Function Virtualization
17%
IoT Devices
15%
Deep Learning Methods
14%
IoTtalk
13%
Low Latency
13%
5G Networks
12%
Learning-based
12%
Smartphone
12%
Machine Learning
12%
User Equipment
11%
Reinforcement Learning
11%
Mobile Edge Computing
11%
Internet of Things Applications
10%
Cellular Networks
10%
Reconfigurable Intelligent Surface
9%
Energy Efficient
9%
Drone
9%
Network Applications
9%
Badminton
9%
Network Slicing
9%
Deep Reinforcement Learning (deep RL)
9%
Artificial Intelligence
8%
Vulnerability
8%
3rd Generation Partnership Project (3GPP)
8%
Wi-Fi
8%
Latency
8%
Load Balancing
7%
IoT Applications
7%
Quality of Service
7%
5G Core Network
7%
Neural Network
7%
Wireless Sensor Networks
6%
Systems-based
6%
Wi-Fi Networks
6%
Virtual Network Function
6%
Radar System
6%
Edge Computing System
6%
Network Slice
6%
High Performance
6%
Energy Efficiency
6%
Smart Home
6%
Reconfigurable
5%
Ultra-reliable Low-latency Communication (URLLC)
5%
Mobile Users
5%
Performance Evaluation
5%
Service Function Chain
5%
Wireless Networks
5%
Intelligent Transportation Systems
5%
Roadside Unit
5%
Fog Computing
5%
Vehicle-based
5%
OneM2M
5%
Mobile Devices
5%
World Wide Web
5%
Resource Allocation
5%
Programmable Switches
5%
Edge Computing
5%
Beam Selection
5%
Core Network
5%
Soft Error
5%
Control Plane
5%
Multiple-input multiple-output
5%
Sensing Data
5%
Machine Learning Algorithms
5%
Controller
5%
Artificial Intelligence of Things (AIoT)
5%
Actuator
5%
5G Mobile Networks
5%
Power Consumption
5%
Hardware Switch
5%
Engineering
Internet-Of-Things
37%
Unmanned Aerial Vehicle
29%
Deep Learning Method
22%
Energy Engineering
21%
Basestation
15%
Multiple-Input Multiple-Output
13%
Simulation Result
13%
Artificial Intelligence
11%
Energy Conservation
10%
Beamforming
10%
Internet of Things Device
10%
Learning System
9%
Millimeter Wave
9%
Radar Systems
8%
Cellular Network
8%
Nodes
7%
Joints (Structural Components)
7%
Experimental Result
7%
Road
7%
Energy Efficiency
7%
Global Positioning System
7%
Cooperative
7%
Antenna
6%
5G Mobile Communication
5%
Wireless Sensor Network
5%
Soft Error
5%
Multiuser
5%
Roadsides
5%
Quality of Service
5%
Channel State Information
5%
Reinforcement Learning
5%
Wireless Communication
5%