EE Building 9F R92903
Professor Szu-Lin Su
Address
Email

TEL
+886-6-2757575 ext.62367
Lab
Digital Communication Lab
(R92983/ext.62400-1683)
Background
Educations
1985
Ph.D., University of Southern California, USA.
1979
M.S., National Taiwan University, R.O.C.
1977
B.S., National Taiwan University, R.O.C
Experiences
1997-present
Professor , Department of Electrical Engineering,National Cheng Kung University, R.O.C
2003-present
Professor , Institute of Computer and Communication Engineering,National Cheng Kung University, R.O.C
2011-2014
Director , Institute of Computer and Communication Engineering,National Cheng Kung University, R.O.C
1989-1997
Associate Professor , Department of Electrical Engineering,National Cheng Kung University, R.O.C
1985-1989
Associate Scientist,Chung Shan Istitute of Science and Technology
1979-1985
Assistant Scientist,Chung Shan Istitute of Science and Technology
Specialities
- Mobile Communication System
- Wireless Communication Network
- Wireless Communication Technology
Publication
Journal
more
less
- Jian-Yu Pan, Kuei-Chiang Lai, Yi-Ting Li, and Szu-Lin Su, Sept. 2021, “Frequency-Domain Iterative Block DFE Using Erasure Zones and Improved Parameter Estimation,” Accepted to be published on IEICE (Vol.E104-B, No.9). (SCI, EI)
- Szu‑Lin Su, Tsung‑Hsiu Chih, Yuan‑Chun Tsai, Hsieh‑Cheng Liao, and Yu‑Chia Wang, Feb. 2021, “A Power Control Scheme to Exploit Capture Effect with Fairness Consideration in WLAN,” Wireless Personal Communications. (SCI, EI) DOI: 10.1007/s11277-021-08190-z
- Yun-Kuei Hua, Wenson Chang and Szu-Lin Su, June 2020, “Cooperative Scheduling for Pilot Reuse in Massive MIMO Systems,”IEEE Transactions on Vehicular Technology, Vol. 69, No. 11, pp. 12857-12869. (SCI, EI)
Conference
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- Szu-Lin Su, Nan-Hsiung Huang, Jing-Fen Yang, 2021, “Impulse Noise Suppression for G.hn Broadband Power-Line Communication in Smart Grid,” SmartGridComm 2021.
- Szu-Lin Su, Nan-Hsiung Huang, Yu-Hsuan Chen, June 2021, “Signal Detection for the G.hn Broadband Power Line Communication Systems,”IEEE Communications Theory Workshop (CTW 2021), virtually (on-line), Canada.
- Szu-Lin Su, Hui-Chu Chien, and Nan-Hsiung Huang, May 2020, “Activity Detection for the Uplink Grant-Free SCMA System,” accepted for publication in IEEE Communications Theory Workshop (CTW 2020), Banff, Canada.
Patent
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- 蘇賜麟、蘇裕哲 “用於分碼多工接取系統之傳輸功率控制系統與方法” 中華民國發明專利第197217號,2004/6/14;公告/公開號 00574797,2004/02/01。
- Szu-Lin Su and Yu Che Su, “TRANSMISSION POWER CONTROL METHOD AND SYSTEM FOR CDMA COMMUNICATION SYSTEM” United States Patent No.: US 6,961,582 B2, Date of Patent: Nov. 1, 2005.
- 蘇賜麟、洪紹評、林振榮“估測同相與正交不平衡之方法,使用其之裝置,及使用其之接收器”中華民國發明專利第I273786號,有效時間:2007/2/11~2025/06/06;公開號 200541253,2005/12/16。
Others
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Projects
- Design of Synchronization Subsystem for WCDMA Base-station ( 89.08~90.07 )
- Implementaion of voice / data / fax / Low bits-rate video system for Satellite System ( 90.02~90.12 )
- Study of SIR measurement and power control for WB-CDMA / WLL ( 90.04~90.11 )
- Power-Line Based communicaton for in-house network system ( 90.08~91.07 )
- Study and Development of power-Line Based Communication System ( 90.08~91.07 )
- Implementation of FEC Code for W-CDMA Base stations( 90.08~91.07 )
- Study and Development of Power-Line Based Communication System ( 91.08~92.07 )
- Study of the Antijamming and multi-access Performance of Fast Frequency Hopping Spread Spectrum System ( 91.08~92.07 )
- Study and Design of Wireless Router used in IEEE 802.11 WLAN ( 91.12~92.11 )
- Study and Development of Power-Line Based Communication System(2/3) ( 92.08~93.07 )
- Study of the Antijamming and multi-access Performance of Fast Frequency Hopping Spread Spectrum System(2/3) ( 92.08~93.07 )
- Study and Development of Power-Line Based Communication System(3/3) ( 93.08~94.07 )
- Study of the Antijamming and multi-access Performance of Fast Frequency Hopping Spread Spectrum System(3/3) ( 93.08~94.07 )
- Wireless acess technology of DS-UWB(1/3) ( 94.1~94.12)
- The develope of UWB using DS technology-(1/3) (94.8~95.7)
- The developement of UWB using DS technology-Design of signal, performance analysis, and implement of DS-UWB(1/3) (94.8~95.7)
- Study and Development of HD DAB Technologies (96.8~97.7)
- Study of Multi-Layer UWB Wireless Networks (96.8~97.7)
- Study of UWB Signal/Coding Design and Multi-user Detection Technologies (96.8~97.7)
- Study and Development of HD DAB Technologies (2/3) (97.8~98.7)
- Resource-Constrained and Channel-Aware Wireless Communication Networks Project (1/3) (97.8~98.7)
- Study and Design of Resource-Management and Cross-Layer Protocols for Wireless Networks (1/3) (97.8~98.7)
- Study and Development of HD DAB Technologies (3/3) (98.8~99.7)
- Resource-Constrained and Channel-Aware Wireless Communication Networks Project (2/3) (98.8~99.7)
- Study and Design of Resource-Management and Cross-Layer Protocols for Wireless Networks (2/3) (98.8~99.7)
- Resource-Constrained and Channel-Aware Wireless Communication Networks Project (3/3) (99.8~100.7)
- Study and Design of Resource-Management and Cross-Layer Protocols for Wireless Networks (3/3) (99.8~100.7)
- Inter-cell Resource Management for Next Generation Mobile Communications Systems (1/3) (99.8~100.7)
- Inter-cell Resource Management for Next Generation Mobile Communications Systems (2/3) (100.8~101.7)
- Inter-cell Resource Management for Next Generation Mobile Communications Systems (3/3) (101.8~102.7)
- Study of Wireless Communication Technologies for Energy-Saving and High-Mobility Supporting (100.8~101.7)
- Study of Distributed High Energy-Efficiency Cross-Layer Resource Allocation Design for in Mobile Ad Hoc Networks (100.8~101.7)
- Study of Distributed High Energy-Efficiency Cross-Layer Resource Allocation Design for in Mobile Ad Hoc Networks (1/2) (101.8~102.7)
- Study of Distributed High Energy-Efficiency Cross-Layer Resource Allocation Design for in Mobile Ad Hoc Networks (2/2) (108.8~103.7)
- Study of Resource Allocation for mobile communication systems with Relays and Large Scale MIMO (1/3) (102.8~103.7)
- Study of Resource Allocation for mobile communication systems with Relays and Large Scale MIMO (2/3) (103.8~104.7)
- Study of Resource Allocation for mobile communication systems with Relays and Large Scale MIMO (3/3) (104.8~105.7)
- Study of Handover Process for Mobile Users in Dense Small Cell System (1/3) (103.8~104.7)
- Study of Handover Process for Mobile Users in Dense Small Cell System (2/3) (104.8~105.7)
- Study of Handover Process for Mobile Users in Dense Small Cell System (3/3) (105.8~106.7)
- Study of Impulsive Noise for Detect and Reduce in Power Line Communication System (105.8~107.7)
- Design of Mac Protocol for Network Using Directional Antennas (107.8~108.7)
- Study of Low-Latency, Pilot-Decontamination, and mmWave Communications for 5G System (108.6~108.12)
- Design of Wireless Ad Hoc Network Cross-MAC/Physical Layer Protocol Using Directional Antennas (108.8~109.7)
- Design of Wireless Ad Hoc Network Routing Protocol Using Directional Antennas (109.8~110.7)
- Fuzzy Q-Learning Processing of enhanced Inter-cell Interference Coordination and Handover Procedure in Heterogeneous Network (110.8~111.7)
Classes
2021 Fall
2021 Spring
Students
Current Academic Year Lab Members
Ph.D.
Nan-Hsiung Huang
Master
Ting-Ren Wei
Chao-Lin Chen
Chia-Hao Yu
Te-Ju Tsai
Graduates of all Previous Years
Master
100
Chih-Wei Sie   Chun-Yen Liu   Yuan-Hong Yang   Cheng-Yi Chiu   Tzu-Jung Tseng
101
Pei-Ru Wu   Tsung-Min Hung   Chi-Hsien Lee
102
Hsieh-Cheng Liao   Hsuan-Yun Yang   Chun-Chung Liu   Tai-Yeh Wu   Hsieh-Cheng Liao
103
Kuo-Yuan Lo   Hsing-Yu Tsai
104
Min-Han Tsai   Mu-Chou Tsai   Yang-Bang Li
105
Wei-Fan Hsueh   Wan-Zhen Huang   Yu-Chia Wang   Kai-Cheng Lin   Shao-Bo Huang   Li-Yang Huang
106
Sin-Bei Wu   Chen-Hao You
107
Chia-Han Chang   Shih-Wei Chung   Yu-Hung Liu   Liang-You Wang   Jing-Fen Yang   Hui-Chu Chien
108
Chai-Chi Chang   Shun-Chuan Yang   Pin-Hau Lin   Yu-Yuan Chen   Yu-Hsuan Chen
109
Chin-Yun Lin   Qun-Jun Lin
79
Kun-Ying Tsai   Ching-Fu Che
80
Hung-Chih Wu   Yung-Lung Chen   Chung-Yung Tseng   Wen-Chang Yu   Pao-Wang Liao   Hou-Sheng Tsai
81
Wei-Lung Lee   Tzu-Pai Wang   Li-Hsiang Chen   Yu-Shan Chang
82
Wen-Chang Pan   Sheng-Cheng Hsieh   Hung-Yu Liu
83
Chen-Yu Chen   Hsin-Hsiao Hsieh   Yu-Chen Lin   Chiung-Chu Wang
84
Chun-Nien Tai   Ming-Feng Hung
85
Chih-Yu Wen   Kuo-Feng Huang
86
Chao-Cheng Tu   Pei-Chang Lee   Chun-Sheng Lee
87
Chien-Hung Chen   Yu-Lung Tsai   Po-Hsien Lin
88
Chia-Yi Wu   Che-Hung Wu   Chi-Lin Su   Cheng-Ting Tsai   Chien-An Chen
89
Chieh-Lung Lin   Kuang-Chung Ou   Chi-Hung Cheng   Ching-Chi Lo
90
Yen-Lung Peng   Chien-Wei Huang   Wen-Hsien Ho   Yu-Jen Ho
91
Ren-yu Chang   Po-Shen Weng   Yung-Chuan Lin
92
Hui-Cuan Chu   Jui-Chi Hsu   Shao-Ping Hung   Zheng-Xiong Lin   Yong-Kai Jian   Sung-hsi Chung   Horace Ku
93
Je-Ming Lin   Chun-Jen Fang   Shin-Yaun Chiu   Shih-Chieh Hsu
94
Shuen-Chuan Yang   Hui-Pin Zhan   Hung-Ren Wang   Jing-Yan Jhang   Ming-Jei Chen
95
Jia-Jiun Liu   Szu-Ya Chen   Jen-You Tsai   Chia-Cheng Hsieh   Ting-Wei Chang
96
Hsiao-Chen Wang   Shao-Yuan Wu   Shin-Chih Wang   Yi-Ching Pan   Shao-Jin Kan   Hui-Wen Chang   Yu-Lun Su   Yi- Ru Tsai   Jian-Kuan Li
97
Chieh-Chih Hsu   Wei-Hao Chen   Bo-Wei Chen
98
Yun-Jen Fan   Chi-Fan Jiang   Le-Wei Lin   Dai-Luen Wu   Zhen-Ming Zeng   Yuan-Ruei Liu
99
Che -Yu Chang   Kuo-Chou Hsiao   Jui-Peng Tsai   Po-Chun Yang
Ph.D.
100
Yung-Chuan Lin
103
Yuan-Jun Tsai
107
Tsung-Hsiu Chih
84
Chao-Ming Wu
86
Nan-Yuan Yen
91
Kuo-Tay Chen   Yu-Che Su
92
Jane-Hwa Huang   Chia-Sheng Tsai
93
Ye-Shun Shen
95
Ching-Lung Chin
96
Yi-Sheng Su
98
Chien-Sheng Chen   Ching-Chi Lo
99
Yi-Wen Su
Honors