1、國際期刊論文選(2020年以來)
1) Lin Z, Zhou J, Huang X, Xiao X*. On loss-aware optimal control of wave energy converters with electrical power take-offs. IEEE Transactions on Sustainable Energy, 2024
2) Lin, ZC; Huang, XR; Xiao, X*; Approximate Dynamic Programming for Control of Wave Energy Converters with Implementation and Validation on a Point Absorber Prototype, IEEE Transactions on Industrial Electronics, 2024, vol. 71, no. 5, pp. 4753-4761.
3) Zhou, JY; Song, Z; Xiao, X*; Huang, XR; Xie, YL; A Hybrid-Excited Resolver for High-Speed Operation, IEEE Transactions on Power Electronics, 2024, V39, N5, P4958 - 4962
4) A. Sheianov; Xiao, X*; Sun, XD; An Enhanced Current Control Structure for Ultra-High-Speed Permanent Magnet Synchronous Motor Applications, IEEE Transactions on Industry Applications, 2024, V60, N3, P4987-5001
5) Sun, X; Tang, YW; Xiao, X*; Xie, YL; Predictive Trajectory Control Strategy for Permanent Magnet Synchronous Motor Drives Based on Deadbeat Predictive Flux Linkage Control Method, IEEE Transactions on Power Electronics, 2023, V38, N2, P2327-2338
6) Huang, XR; Lin, ZC; Xiao, X*; Simple and Low-Model-Dependent Strategy for the Economic and Safe Control of Direct-Drive Wave Energy Converters, IEEE Transactions on Energy Conversion, 2023, vol. 38, no. 4, pp. 2263-2272.
7) Lin, ZC; Huang, XR; Xiao, X*; Fast Model Predictive Control System for Wave Energy Converters with Wave Tank Tests, IEEE Transactions on Industrial Electronics, 2023, vol. 70, no. 7, pp. 6887-6897.
8) Wang, X; Wu, XS; Xiao, X*; Xie, YL; A Polynomial Model and Multi-Objective Optimization Based Travel Curve Planning Method for Direct Motor Drive Actuators, IEEE Access, 2023, vol. 11, pp. 69773-69782.
9) A. Sheianov; Xiao, X*; Sun, XD; Adaptive Dead-Time Compensation for High-Frequency Three-Level Sparse NPC Inverter, 2023, IEEE Journal of Emerging and Selected Topics in Power Electronics, vol. 11, no. 5, pp. 5169-5182.
10) Zhou, JY; Xiao, X*; Combined methods for torque variation reduction of high-speed FSPM, 2023, Energy reports, vol. 9, pp. 199-206.
11) Lin, ZC; Huang, XR; Xiao, X*; A Novel Model Predictive Control Formulation for Wave Energy Converters Based on the Reactive Rollout Method, IEEE Transactions on Sustainable Energy, 2022, vol. 13, no. 1, pp. 491-500.
12) Huang, XR; Sun, K; Xiao, X*，A Neural Network-Based Power Control Method for Direct-Drive Wave Energy Converters in Irregular Waves，IEEE Transactions on Sustainable Energy, 2020, V11, N4, P2962-2971
13) Sun, X; Xiao, X*; Precise non-linear flux linkage model for permanent magnet synchronous motors based on current injection and bivariate function approximation; IET Electric Power Applications, 2020, V14, N11, P2044-2050
14) Huang, XR; Lin, ZC; Xiao, X*; Four-quadrant force control with minimal ripple for linear switched reluctance machines, CES Transactions on Electrical Machines and Systems, 2020, vol. 4, no. 1, pp. 27-34.
15) Huang X, Xiao X*. A High Efficiency Power Extraction Control Method for Direct-Drive Linear Wave Energy Converters Based on Forced Resonance[J]. IET Electric Power Application, 2020, V14, N11, P2624-2630
2、國際會議論文選(2020以來)
1) Li, Wei; Fan, Yongwei; Xiao, Xi; Xie, Fang; Zeng, Ping; Liu, Zhigang; Fu, Yanwei; Long, Jing; Wang, Xiao; Incremental multivariate state estimation technique-based fault estimation method for motor-driven high-voltage circuit breakers, IEEE International Conference on Cyber Security and Cloud Computing, CSCloud 2023, pp311-317
2) Yi, Zheyuan; Liu, Zengyang; Sun, Kai; Xiao Xi; Modeling and design of high-frequency magnetic components with large air gaps for electric vehicle charger application, IEEE International Conference on Power Electronics and ECCE Asia, ICPE 2023-ECCE Asia, pp1470-1477
3) Sun, Kai; Xiao, Xi; Wu, Shouzun; Chen, Lina; Fault diagnosis and state evaluation of distributed photovoltaic systems in microgrids, IEEE International Conference on Power Electronics and ECCE Asia, ICPE 2023-ECCE Asia, pp440-445
4) Zhang, Meng; Xiong, Yucong; Xiao, Xi; Tang, Yiwei; Ma, Yifei; Guo, Chaoyong; Modeling and identification of friction torque in harmonic drive systems, IEEE Conference on Industrial Electronics and Applications, ICIEA 2023, pp745-752
5) Tang, Yiwei; Sun, Xin; Sun, Xudong; Xiao, Xi; Zhang, Meng; Convex-optimization-based linear controllers for speed control of electrical drives with low feedback accuracy, IEEE European Conference on Power Electronics and Applications, EPE'23 ECCE Europe, pp1-9
6) Zhou, Jiayue; Sun, Xudong; Zhang, Meng; Xiao, Xi; Deadbeat predictive current control for non-salient PMAC machine drives at very low switching-to-fundamental frequency ratios, IEEE European Conference on Power Electronics and Applications, EPE'23 ECCE Europe, pp1-8
7) Luo, Yiming; Tian, Peigen; Xiao, Xi; Tu, Naiwei; Sun, Pei; Chen, Lina; Distribution network reliability analysis under large-scale photovoltaic access, IEEE/IAS Industrial and Commercial Power System Asia, I&CPS Asia, pp1536-1541
8) Sheianov, Aleksandr; Xiao, Xi; Highly efficient three level sparse NPC inverter for ultra-high-speed PMSM, IEEE International Electrical and Energy Conference, CIEEC 2022, pp983-989
9) Zhou, Jiayue; Wang, Jiantao; Tang, Mingrui; Xiao, Xi; Design of ultra-high-speed flux switching permanent magnet machine with amorphous alloy core, IEEE International Electrical and Energy Conference, CIEEC 2022, pp2488-2493
10) Sheianov, Aleksandr; Xiao, Xi; Complex feedforward compensation for current control of ultra-high-speed PMSM, IEEE International Electrical and Energy Conference, CIEEC 2022, pp2705-2712
11) Zhou, Jiayue; Xiao, Xi; Wang, Zitan; Lu, Haifeng; Chai, Jianyun; Zhang, Meng; Accurate MTPA strategy of PMSM considering cross saturation effect based on full-flux-linkage model, IEEE Energy Conversion Congress and Exposition, ECCE 2022, pp1-5
12) Xiao, Xi; Zhang, Yi; Multi-objective production scheduling method for decommissioned power battery dismantling workshop based on segmental strategy, IEEE World Conference on Mechanical Engineering and Intelligent Manufacturing, WCMEIM 2022, pp240-246
13) Wang, Xiao; Wu, Xusheng; Xiao, Xi; Virtual synchronous generator technology of matrix converter, IEEE International Conference on Electrical Machines and Systems, ICEMS 2021, pp2040-2044
14) He, Baoying; Han, Shumo; Xiao, Xi; Yan, Feiyue; Deng, Yuan; Han, Guohui; Ma, Pengfei; Wang, Xiao; Cong, Shibo; A motor-driven actuator servo controller current loop optimization scheme, IEEE International Conference on Advanced Electrical Equipment and Reliable Operation, AEERO 2021, pp1-6
15) He, Dawei; Zhong, Jianying; Hao, Liucheng; Fan, Naiyuan; Wang, Xiao; Xu, Jiayuan; Yang, Rui; Xiao, Xi; Liu, Yu; Motor direct-drive high-voltage circuit breaker servo mechanism path dynamic planning method, IEEE International Conference on Advanced Electrical Equipment and Reliable Operation, AEERO 2021, pp1-5
16) Zhou, Jiayue; Xiao, Xi; An advanced high-speed permanent magnet synchronous machine utilizing amorphous alloy core with unequal tooth width, IEEE Sustainable Power and Energy Conference, ISPEC 2021, pp3423-3427
17) Song, Yuyang; Xiao, Xi; An improved 24-Sector SVPWM for six-phase induction motor, IEEE Industrial Electronics Society Conference, IECON 2020, pp2727-2732
18) Sun, Xin; Xiao, Xi; An improved deadbeat predictive current control strategy for interior permanent magnet synchronous motors, IEEE China International Youth Conference on Electrical Engineering, CIYCEE 2020, pp1-7
3、國内期刊論文選(2020年以來)
1) 黃宣睿,林澤川,肖曦.雙浮體直驅波浪發電裝置建模分析與基于模型預測控制的能量提取算法研究[J].電工技術學報,2024,39(02):445-454.
2) 周傑,肖曦,李鵬輝等.服務國家需求培養工程創新領軍人才——bevictor伟德官网培養工程博士生的探索與實踐[J].學位與研究生教育,2023,(12):33-40.
3) 張猛,熊宇聰,祝曉麗等.諧波減速器動力學特性與建模研究進展[J].空間控制技術與應用,2023,49(06):1-16.
4) 楊衛,王孫禺,吳小林,肖曦.改革工科研究生教育着力培養卓越工程師[J].學位與研究生教育,2023,(01):1-15.
5) 陳柯蒙,肖曦,田培根等.一種建築集成光儲系統規劃運行綜合優化方法[J].中國電機工程學報,2023,43(13):5001-5012.
6) 孫欣,肖曦,韓繼文等.基于機械參數辨識的永磁同步電機驅動系統速度環自調試方法[J].電機與控制學報,2022,26(12):1-9.
7) 于璐,張輝,田培根等. 一種退役動力電池梯次利用儲能系統安全評估方法 [J]. 太陽能學報, 2022, 43 (05): 446-453.
8) 于璐,張輝,田培根等. 一種梯次利用電池可重構儲能系統多級在線安全評估及風險預警定位方法 [J]. 太陽能學報, 2022, 43 (05): 461-467.
9) 吳岩,田培根,肖曦等. 基于前兆信息的可重構梯次電池儲能系統安全風險評估 [J]. 太陽能學報, 2022, 43 (04): 36-45.
10) 肖曦,田培根,于璐等. 動力電池梯次利用儲能系統電熱安全研究現狀及展望 [J]. 電氣工程學報, 2022, 17 (01): 206-224.
11) 張凱濤,張輝,肖曦等. 光伏Boost變換器自适應下垂控制穩定性分析 [J]. 電力電子技術, 2021, 55 (08): 64-66.
12) 範乃元,王潇,肖曦等. 電機直驅高壓斷路器伺服控制器在線狀态監測系統研究 [J]. 自動化與儀器儀表, 2021, (07): 104-108.
13) 劉鑫鑫,肖曦. 鞏固拓展高校線上教育發展良好勢頭 [J]. 人民論壇, 2021, (07): 105-106.
14) 李少華,王潇,張一茗等. 一種高壓斷路器伺服控制器設計方案 [J]. 電源學報, 2021, 19 (05): 117-125.
15) 楊輝,張凱,張文博等. 基于LabVIEW和嵌入式工業以太網的電能質量監控系統 [J]. 儀表技術與傳感器, 2020, (10): 63-67+97.
16) 唐藝偉,呂振華,孫欣等. 空間機械臂關節電流環預測控制研究 [J]. 空間控制技術與應用, 2020, 46 (04): 44-51.
17) 楊輝,王明,肖曦等. 三軸跟蹤平台框架軸的慣量耦合特性研究 [J]. 彈箭與制導學報, 2020, 40 (05): 94-97.
18) 肖曦,唐藝偉,張猛. 兩輪自平衡車CMG永磁電機控制系統 [J]. 日用電器, 2020, (04): 51-59.
19) 王潇,郭有貴,肖曦等. 一種新型制動輔助系統的驅動方案 [J]. 電工技術學報, 2020, 35 (S1): 149-154.
4、專利與軟件著作權（2020年以來）
1) 肖曦，林澤川，黃宣睿，陳柯蒙，一種估計波浪發電裝置發電功率的方法、裝置和電子設備，中國發明專利，CN117195552A
2) 田培根，羅一鳴，肖曦，孫凱，李建靖，孫沛，吳守尊，陳麗娜，馬凡琳，一種配網可靠性分析方法、裝置和電子設備，中國發明專利，CN117313514A
3) 肖曦，陳柯蒙，黃宣睿，林澤川，一種波浪發電裝置的控制方法、裝置和電子設備，中國發明專利，CN117145688A
4) 肖曦，周家玥，宋哲，轉子位置确定方法和确定裝置、旋轉變壓器，中國發明專利，CN116961485A
5) 肖曦，徐航，薩沙，張學鋒，陶林，白江濤，超高速電機SNPC驅動器死區電壓補償方法、裝置和電子設備，中國發明專利，CN116846275A
6) 肖曦，黃宣睿，林澤川，辨識波浪發電裝置水動力學參數的方法、裝置及系統，中國發明專利，CN114439673B
7) 黃宣睿，肖曦，林澤川，陳柯蒙，一種基于海上風電的陣列式波浪發電裝置，中國發明專利，CN116733666A
8) 肖曦，王潇，田培根，曾萍，劉志剛，一種電機運行路徑設計方法、系統及電子設備，中國發明專利，CN116720280A
9) 肖曦，徐航，薩沙，張學鋒，陶林，白江濤，一種超高速電機轉子控制方法、裝置和電子設備，中國發明專利，CN116599416A
10) 肖曦，林澤川，黃宣睿，一種用于波浪發電裝置的控制方法、裝置和電子設備，中國發明專利，CN115076019B
11) 肖曦，黃宣睿，林澤川，一種波浪發電裝置的限幅保護方法、裝置及電子設備，中國發明專利，CN114576075B
12) 肖曦，王潇，田培根，徐航，曾萍，劉志剛，一種電機直驅斷路器，中國發明專利，CN115692120A
13) 肖曦，王潇，田培根，徐航，曾萍，劉志剛，電機直驅高壓斷路器的路徑規劃方法、裝置和電子設備，中國發明專利，CN115639855A
14) 田培根，肖曦，吳岩，一種梯次電池的安全評估方法、裝置及電子設備，中國發明專利，CN115113054A
15) 肖曦，林澤川，黃宣睿，一種波浪發電裝置模型預測控制方法、裝置和電子設備，中國發明專利，CN115115110A
16) 肖曦，林澤川，黃宣睿，一種用于波浪發電裝置的控制方法、裝置和電子設備，中國發明專利，CN115076019A
17) 肖曦，田培根，孫欣，韓繼文，鄭再平，于志遠，劉轶男，一種同步電機的控制方法、裝置及電子設備，中國發明專利，CN114884419A
18) 肖曦，黃宣睿，林澤川，辨識波浪發電裝置水動力學參數的方法、裝置及系統，中國發明專利，CN114439673A
19) 肖曦，一種交流-直流電能變換系統，中國發明專利，CN216252551U
20) 肖曦，周家玥，一種用于高壓斷路器及其使用的軸向磁通永磁電機，中國發明專利，CN111884454B
21) 肖曦，一種交流-直流電能變換系統及方法，中國發明專利，CN113541510A
22) 肖曦，許文中，宋宇洋，一種基于神經網絡的機器人碰撞檢測系統及方法，中國發明專利，CN111872936B
23) 肖曦，楊博文，田培根，一種離網型綜合能源系統雙層規劃方法，中國發明專利，CN111445090B
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