每年研究計畫
個人檔案
學歷
- 2006 國立交通大學電信工程所博士
研究專長
- 無線電資源管理與最佳化
- 無線通訊網路
經歷
- 2006年8月~2011年7月 國立成功大學電機系助理教授
- 2011年08月~迄今 國立成功大學電機系副教授
指紋 查看啟用 Chih-Wen Chang 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。
- 4 類似的檔案
Code division multiple access
Engineering & Materials Science
Multiple access interference
Engineering & Materials Science
Power control
Engineering & Materials Science
Code Division multiple Access
Mathematics
Cognitive radio
Engineering & Materials Science
Multicarrier
Mathematics
Interference
Mathematics
Power Control
Mathematics
網絡
國家層面的近期外部合作。點選圓點深入探索詳細資料。
研究成果 2002 2019
Energy-Efficient Sleep Strategy with Variant Sleep Depths for Open-Access Femtocell Networks
Chang, W., Cheng, W. Y., Meng, Z. T. & Su, S. L., 2019 四月, 於 : IEEE Communications Letters. 23, 4, p. 708-711 4 p., 8648407.研究成果: Article
Femtocell
Sleep
Energy Efficiency
Energy Efficient
Base stations
High-Speed Concurrent Transmission Scheme for Full Duplex Multi-Hop Relay Assisted mmWave WPAN Networks
Chang, W. & Wu, C. W., 2019 一月 1, 於 : IEEE Access. 7, p. 162192-162205 14 p., 8892464.研究成果: Article
開啟存取
Personal communication systems
Millimeter waves
Scheduling
Scheduling algorithms
1
引文
(Scopus)
Time Shifted Pilots Scheme for Full-Duplex Massive MIMO Systems
Hua, Y. K. & Chang, W., 2019 三月, 於 : IEEE Transactions on Vehicular Technology. 68, 3, p. 3022-3026 5 p., 8613861.研究成果: Article
MIMO Systems
MIMO systems
Base stations
Numerical analysis
Contamination
3
引文
(Scopus)
Efficient Time-Slot Adjustment and Packet-Scheduling Algorithm for Full-Duplex Multi-Hop Relay-Assisted mmWave Networks
Chang, W., Wu, C. W. & Yi-Xin, L., 2018 七月 17, 於 : IEEE Access. 6, p. 39273-39286 14 p., 6287639.研究成果: Article
Scheduling algorithms
Millimeter waves
Scheduling
Network performance
Communication systems
6
引文
(Scopus)
Energy Efficient Relay Matching with Bottleneck Effect Elimination Power Adjusting for Full-Duplex Relay Assisted D2D Networks Using mmWave Technology
Chang, W. & Teng, J. C., 2018 一月 19, 於 : IEEE Access. 6, p. 3300-3309 10 p.研究成果: Article
Millimeter waves
Energy efficiency
Bottles
Communication
Power transmission