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LTE網路物聯網服務之控制信令減量及其無線電資源分配演算法研究與設計
Chen, Yen-Wen
(PI)
通訊工程學系
概覽
指紋
研究成果
(3)
指紋
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
LTE-A
100%
LTE Downlink
83%
Design Heuristics
83%
Long Term Evolution Networks
83%
Uplink Scheduling
83%
Coordination Modes
83%
Cognitive Radio Networks
83%
Rendezvous
83%
Data Transmission
83%
Relay-based
83%
Resource Block
83%
Enhanced Inter-cell Interference Coordination (eICIC)
83%
Downlink System
83%
Uplink
55%
Quality of Service
55%
High-throughput
28%
Desired Quality
27%
Single-carrier Frequency Division multiple Access (SC-FDMA)
27%
Radio Resources
27%
EMERGE Network
27%
Transmission Technology
27%
Broadband Wireless Access
27%
Network Environment
27%
Network Services
27%
Subcarrier
27%
Component Selection
27%
Component Carrier
27%
Main Technologies
27%
Dual Interfaces
23%
Cognitive Radio User
23%
Fractional Frequency Reuse
16%
Cell Edge
16%
Relative Gain
16%
Relative Loss
16%
Base Station
16%
Decision Algorithm
16%
Time Constraints
16%
Decision Time
16%
Coordination Algorithms
16%
Frequency Reuse
16%
Transmission Throughput
16%
Radio Resource Utilization
16%
Communication Systems
16%
Spectrum Usage
16%
Adjacent Cell
16%
Relay Operation
11%
Ad Hoc Communication
11%
Transmission Environment
11%
Multiple Secondary Users
11%
Mode of Delivery
11%
Secondary User
11%
Radio Access
11%
Data Delivery
11%
Channel Contention
11%
Spectrum Utilization
11%
Cognitive Radio
11%
Effective Spectrum
11%
Channel Hopping
11%
Mobile Services
11%
Radio
11%
Superior Performance
11%
User Needs
11%
Data Transmission Scheme
11%
Peer-to-peer Transmission
11%
Fully Distributed
11%
Engineering
Long Term Evolution
83%
Cell Interference
83%
Resource Block
83%
Cognitive Radio Networks
83%
Cognitive Radio
83%
Simulation Result
61%
Primary User
55%
Secondary User
55%
Quality of Service
33%
Enbs
33%
Radio Resource
33%
Delivery Method
27%
Radio Access
27%
Contention
27%
Spectrum Utilization
27%
Data Delivery
27%
Subcarrier
16%
Network Environment
16%
Carrier Frequency
16%
Communication System
16%
Basestation
16%
Infrastructure
16%
Resource Utilisation
16%
Prevent Interference
16%
Frequency Reuse
16%
Spectrum Usage
16%
Adjacent Cell
16%
Frequency Division Multiple Access
16%
Computer Science
Cognitive Radio Networks
83%
Cognitive Radio
83%
Long Term Evolution
83%
interference coordination
83%
intercell interference
83%
Secondary User
55%
High Throughput
44%
Quality of Service
33%
Superior Performance
27%
Spectrum Utilization
27%
Channel Contention
27%
Delivery Method
27%
Transmission Scheme
27%
mobile service
27%
Relative Residual
16%
Network Environment
16%
Desired Quality
16%
single carrier
16%
Broadband Wireless Access
16%
Network Service
16%
Component Carrier
16%
Carrier Frequency
16%
Prevent Interference
16%
Frequency Reuse
16%
Resource Utilisation
16%
Timing Constraint
16%
Frequency Division Multiple Access
16%
Telecommunication
16%