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羅雄麟

鎖定
羅雄麟，男，漢族，1963年4月生，湖南汨羅人，九三學社社員，中國石油大學（北京）信息科學與工程學院教授、博士生導師。北京人工智能學會理事會常務理事、北京自動化學會理事會理事、中國系統工程學會過程系統工程專業委員會委員。
中文名
羅雄麟
國    籍
中國
民    族
漢族
出生地
湖南汨羅
出生日期
1963年4月
畢業院校
大慶石油學院
中國石油大學（北京）
學位/學歷
博士研究生
職    業
教師
專業方向
控制理論與過程控制工程、化工系統工程
主要成就
培養了一大批本、碩、博畢業生。北京高校優秀德育工作者。 [23] 
主要成就
在控制理論與過程控制、化工系統工程多個學科領域取得較多學術成就，發表論文頗多。
成功申報一級學科博士點“控制科學與工程”。
管理中國石油大學（北京）自動化系14年，成功申報教育部高等學校特色專業並負責建設。
負責組建了中國石油大學（北京）信息科學與工程學院。
職    稱
中國石油大學（北京）教授
發表論文數目
486（截至2022年5月） [1] 

目錄

  1. 1 人物簡歷
  2. 2 學術兼職
  3. 3 教學教育
  1. 4 科學研究
  2. 5 研究領域
  3. 6 論文論著
  1. 7 承擔項目

羅雄麟人物簡歷

1983年7月畢業於大慶石油學院（現東北石油大學）石油煉製專業，獲工學學士學位。
1986年6月畢業於華東石油學院北京研究生部-現中國石油大學（北京）石油加工專業，獲工學碩士學位。
1986年6月參加工作於中國石油大學（華東）留校任教，先後歷任煉製系助教、講師、副教授、煉油教研室副主任，九三學社中國石油大學（華東）支社委員、山東省東營市第四屆政協委員。
1994年9月至1997年6月在中國石油大學（北京）攻讀博士學位，1997年6月獲工學博土學位，留校任教。
1999年9月正式調入中國石油大學（北京）任教，先後任校學位評定委員會委員、自動化系主任、控制科學與工程學科負責人、校學術委員會委員、校工會副主席、九三學社中國石油大學支社主委。
2018年負責組建中國石油大學（北京）信息科學與工程學院，任籌備工作小組組長，2018年11月成立。
2022年4月退休，在讀碩博研究生指導工作延續至2024年。
主要成績：
1、培養了一大批本、碩、博畢業生。獲“北京高校優秀德育工作者”榮譽稱號。 [23] 
2、在控制理論與過程控制、化工系統工程、過程監控與安全、應用數學與統計學、模式識別與智能系統等多個學科領域取得較多學術成就，發表論文較多。
3、成功申報自主設置博士點“化工裝備與過程控制”(一級學科：化學工程與技術)、申報二級學科博士點“控制理論與控制工程”(一級學科：控制科學與工程)、一級學科博士點“控制科學與工程”。
4、管理中國石油大學（北京）自動化系14年，自動化專業成功申報教育部高等學校特色專業並負責建設。另外，成功申報“智能科學與技術”專業。
5、負責組建了中國石油大學（北京）信息科學與工程學院。

羅雄麟學術兼職

北京人工智能學會理事會常務理事，北京自動化學會理事會理事，中國系統工程學會過程系統工程專業委員會委員。

羅雄麟教學教育

羅雄麟從事工業自動化和化學工程等方面的教學和科研工作，講授過“石油煉製工程”、“化工專業英語”、“化工數據處理及實驗設計”、“化工系統工程”、“化學反應工程”、“化工過程動態學”、“系統辨識”、“最優控制”、“自動控制原理”和“智能控制系統”等課程，主要講授“過程控制工程”、“過程控制工程專題”、“大系統控制論”等課程。主編和參編《石油煉製工程》（第三版、第四版）、《化學工程（石油加工）專業英語閲讀教程》等教材或叢書4部。培養研究生200多名，其中碩士畢業研究生150多名、博士畢業研究生26名、博士後出站3名，在讀碩博研究生12名。 [2]  多次組織和指導自動化系教師和學生參加2006－2012年全國大學生控制仿真挑戰賽，分別獲得一、二、三等獎各2次。2010年負責的自動化專業獲教育部高等學校特色專業建設點。2013年“實施優勢轉化戰略，強化工程實踐教學環境建設，提升實踐教學質量”獲第七屆北京市高等教育教學成果獎二等獎。2017-2021年度“北京高校優秀德育工作者”。 [23] 

羅雄麟科學研究

科研工作涉及控制理論及應用、過程控制工程、過程系統工程等，同時長期從事煉油化工過程軟測量儀表與先進控制、過程流程模擬與實時優化等技術開發與工程應用工作。主持和參加“六五”至“九五”國家重點科技攻關項目多項、“十五”國家863項目1項、國家自然科學基金項目5項、國家重點基礎研究發展計劃（973計劃）項目1項，主持和參加省部級科研項目和煉油化工公司科技開發項目30多項。“兩段催化裂化技術開發及熱載體的研究”獲中國石油化工總公司科技進步二等獎，“石化生產過程多變量預估控制技術開發應用”獲2000年中國石化總公司科技進步一等獎，“乙炔加氫反應器的軟測量與先進控制技術”獲2006年度中國石油和化學工業協會技術發明一等獎，2008年獲中國石油和化學工業協會“全國化工優秀科技工作者”稱號。出版《化工過程動態學》 [3]  、《過程控制與工藝設計一體化——催化裂化裝置動態機理建模與控制分析設計》 [4]  和《化工過程流程重構——以乙烯裂解裝置脱甲烷系統為例》 [5]  等專著3部，發表學術研究論文486篇 [1]  ，SCI和EI檢索收錄370餘篇次 [6]  ，獲國家發明專利授權11項 [7]  。
論文發表期刊主要有化工和能源類：Energy, Desalination, Industrial & Engineering Chemistry Research, Chemical Engineering Research and Design, Process Safety and Environmental Protection, Applied Thermal Engineering, Journal of the Taiwan Institute of Chemical Engineers, Chinese Journal of Chemical Engineering, 化工學報、高校化學工程學報和化工進展；自動化、計算機和數學類：IEEE Transactions on Neural Networks and Learning Systems, IEEE Transactions on Automatic Control, Journal of the Franklin Institute, Applied Soft Computing, Journal of Process Control, Computers & Chemical Engineering, Nonlinear Analysis: Hybrid Systems, Neural Computing and Applications, ISA Transactions, Chemometrics and Intelligent Laboratory Systems, 自動化學報、控制與決策、控制理論與應用、計算機研究與發展、計算機學報和電子學報。 [2] 

羅雄麟研究領域

一、多率系統與軟測量（軟儀表）
1. 動態與靜態相分離的建模理論
2. 軟儀表在線校正
3. 稀疏採樣輸出變量數據補缺的軟儀表校正策略與方法
二、化工過程動態系統異常偵測和魯棒檢測
1. 基於殘缺信息恢復的過程魯棒檢測
2. 化工過程中異常（早期故障）偵測與具有反轉特性異常工況的自愈控制
三、過程預測控制的可行域分析
四、過程控制與工藝設計集成
五、過程系統工況大範圍變化的過程遷移
六、過程系統控制變量冗餘分析與經濟優化
七、工藝設計與優化操作的融合
八、混雜參數系統的動態優化
九、慢時變化工過程全週期動態優化與控制實現原理

羅雄麟論文論著

詳見Google學術搜索 [8] 
  • 專著：羅雄麟著. 化工過程動態學. 北京：化學工業出版社，2005/04 [3] 
  • 專著：羅雄麟,許鋒著. 過程控制與工藝設計一體化——催化裂化裝置動態機理建模與控制分析設計. 北京：科學出版社，2008/04 [4] 
  • 專著：羅雄麟,吳博著. 化工過程流程重構——以乙烯裂解裝置脱甲烷系統為例. 北京：化學工業出版社，2018/07 [5] 
  • 羅雄麟,袁璞,林世雄. 催化裂化裝置動態機理模型(I)反應器部分. 石油學報(石油加工), 1998/03,14(1): 34–40
  • 羅雄麟,袁璞,林世雄. 催化裂化裝置動態機理模型(II)再生器部分. 石油學報(石油加工), 1998/06,14(2): 61–65
  • 羅雄麟,袁璞,林世雄. 催化裂化裝置動態機理模型(III)兩器壓力平衡及壓力系統. 石油學報(石油加工) , 1998/09,14(3): 33–37
  • 羅雄麟,袁璞,林世雄. 催化裂化裝置動態機理模型(IV)模型求解與仿真軟件平台的開發. 石油學報(石油加工), 1998/12,14(4): 50–56
  • 羅雄麟,左信,袁璞. 催化裂化裝置動態機理模型的應用——反應控制策略分析. 石油學報(石油加工) , 1999/12, 15(6): 75–80
  • 羅雄麟,袁璞,林世雄. 前置燒焦罐式高效再生器催化裂化裝置催化劑藏量穩定性分析. 石油大學學報(自然科學版), 1998/08,22(4): 86–89+92
  • 羅雄麟,袁璞,林世雄. 前置燒焦罐式高效再生器催化裂化裝置穩定性分析. 化工學報, 1998/12, 49(6): 689–699 [9] 
  • LUO Xionglin, ZUO Xin, DU Dianlin. Varying Model Based Adaptive Predictive Control of Highly Nonlinear Chemical Process. 2005 International Conference on Control & Automation(ICCA2005), June 27–29, 2005 Budapest, Hungary: 537–540 [6] 
  • DU Dianlin, LUO Xionglin, Wu Chongguang. Dynamic Model of FCCU and its Application in a Hybrid Fault Diagnosis System. 2005 International Conference on Control & Automation(ICCA2005), June 27–29, 2005 Budapest, Hungary: 1014–1017 [6] 
  • LUO Xionglin, ZUO Xin. Problems and Strategies in Applications of Advanced Process Control in China. Petroleum Science, 2005/09, 2(3): 44–49 June 27–29, 2005 Budapest, Hungary: 1014–1017 [6] 
  • ZUO Xin, ZHANG Junfeng, LUO Xionglin. Tuning PID Parameters Based on a Combination of the Expert System and the Improved Genetic Algorithms. Petroleum Science, 2005/12, 2(4): 71–76 14–1017
  • Du DL, Wu CG, Luo XL, Zuo X. Delay time identification and dynamic characteristics study on ANN soft sensor. ISDA 2006: sixth international conference on intelligent systems design and applications, Vol 1: 42–45, 2006; Sixth international conference on intelligent systems design and applications, Jinan Univ, Jinan, Peoples R China, Oct 16–18, 2006 [9] 
  • 王小豔,趙虹,羅雄麟. 葉輪壓縮系統喘振的主動控制. 動力工程, 2006/12, (6): 808–813
  • 張惠良,羅雄麟,張春良,尚德寬,陳志. 丙烯塔在線優化策略及其應用. 石油化工, 2006/12, 35(12): 1166–1170
  • 羅雄麟. 兩段提升管催化裂化裝置動態模擬與穩定性分析. 石油學報(石油加工) , 2007/08, 23(4): 54–62
  • 何仁初,羅雄麟. 考慮降液管影響的多元精餾塔動態機理建模I .動態機理模型的建立. 石油學報(石油加工) , 2007/06, 23(3): 58–62
  • 何仁初,羅雄麟. 考慮降液管影響的多元精餾塔動態機理建模II .模型求解與仿真分析. 石油學報(石油加工) , 2007/10, 23(5): 71–77
  • 許鋒,羅雄麟. 催化裂化裝置再生器主風裕量的動態分析. 化工學報, 2008/01, 59(1): 126–134 [9] 
  • Yanhui Li, James Lam, Xionglin Luo. Convex Optimization Approaches to Robust L1 Fixed-Order Filtering for Polytopic Systems with Multiple Delays. Circuits, Systems, and Signal Processing, 27(1): 1–22, February, 2008
  • 羅雄麟,孫琳,張俊峯. 換熱網絡旁路優化設計. 化工學報, 2008/03, 59(3): 646–652 [9] 
  • 羅雄麟,孫琳,王傳芳,張俊峯,解增忠. 換熱網絡操作夾點分析與旁路優化控制. 化工學報, 2008/05, 59(5): 1200–1206 [9] 
  • 羅雄麟,劉建新,許鋒,左信. 乙炔加氫反應器二維非均相機理動態建模及分析. 化工學報, 2008/06, 59(6): 1454–1461 [9] 
  • 許鋒,羅雄麟. 基於動態優化的催化裂化裝置再生器裕量分析與控制設計I.動態優化的數學描述. 化工學報, 2009/03, 60(3): 675–682 [9] 
  • 許鋒,羅雄麟. 基於動態優化的催化裂化裝置再生器裕量分析與控制設計II.求解方法與結果分析. 化工學報, 2009/03, 60(3): 683–690 [9] 
  • Yanhui Li, James Lam, Xionglin Luo. Hankel Norm Model Reduction of Uncertain Neutral Stochastic Time-Delay Systems. International Journal of Innovative Computing, Information and Control. 2009, 5(9): 2819–2828 [10] 
  • Yao Wu, Xionglin Luo. A novel calibration approach of soft sensor based on multirate data fusion technology. Journal of Process Control, December 2010, 20(10):1252－1260 [11] 
  • 許鋒,關娟,羅雄麟. 非線性微分-代數系統的自適應狀態觀測器設計. 系統工程與電子技術, 2010/11, 32(11): 2442–2446
  • 吳瑤,羅雄麟. 基於自適應EKF算法的輸出融合軟儀表設計. 化工學報, 2010/10, 61(10): 2627–2635
  • Li, Yanhui; Liang, Yan; Luo, Xionglin. Delay-dependent L1 filtering for LPV systems with parameter-varying delays. Journal of Dynamic Systems, Measurement, and Control (Transactions of the ASME), July, 2011, 133(4): 44502
  • Lin Sun, Xionglin Luo. Synthesis of multipass heat exchanger networks based on pinch technology. Computers & Chemical Engineering, July,2011, 35(7):1257－1264 [12] 
  • 羅雄麟,白玉傑,侯本權,孫琳. 基於相對增益分析的換熱網絡旁路設計. 化工學報, 2011/05,62(5): 1318–1325 [9] 
  • 侯本權,孫琳,羅雄麟. 基於結構可控性分析的換熱網絡旁路優化設計. 化工學報, 2011/05,62(5): 1326–1338 [9] 
  • 張惜嶺,王書斌,羅雄麟. 化工過程約束優化控制的可行性分析及約束處理. 化工學報, 2011/09,62(9): 2546–2554 [9] 
  • 許鋒,關娟,羅雄麟. 基於狀態觀測器的催化裂化裝置不可測變量在線估計. 化工學報, 2011/10, 62(10): 2828–2838 [9] 
  • 羅雄麟,侯本權,孫琳. 結構可觀的換熱網絡温度測點分析及控制系統設計. 化工學報, 2012/01, 63(1): 146–156 [9] 
  • 孫琳,侯本權,羅雄麟. 具有旁路控制的換熱網絡結構可控性分析. 化工學報, 2012/02, 63(2): 530–537 [9] 
  • 許鋒,羅雄麟. 先進控制條件下化工過程操作裕量與控制性能分析. 化工學報, 2012/03, 63(3): 881–886 [9] 
  • 夏車奎,羅雄麟,孫琳. 基於全週期節能的有旁路換熱網絡裕量優化設計. 化工學報, 2012/05, 63(5): 1449–1458 [9] 
  • 張惜嶺,羅雄麟,王書斌. 過程預測控制中約束可行性研究與在線調整. 化工學報, 2012/05, 63(5): 1459–1467 [9] 
  • 王書斌,單勝男,羅雄麟. 基於T-S模糊模型與粒子羣優化的非線性預測控制. 化工學報, 2012/05, 63(S1): 176–187 [9] 
  • 楊斌,許鋒,羅雄麟. 基於動態模型的在線反饋優化. 化工學報, 2012/07, 63(7): 2149–2155 [9] 
  • 羅雄麟,趙決正,朱琳. 基於CCV的軸流壓縮系統失穩主動控制. 化工學報, 2012/08, 63(8): 2482–2491 [9] 
  • 張其方,羅雄麟,楊斌,許鋒. 基於子系統關聯變量輪換的大系統在線協調優化. 化工學報, 2012/08, 63(8): 2500–2506 [9] 
  • 孫琳,趙野,羅雄麟. 多管程換熱器網絡的最小温差分析與夾點設計. 化工學報, 2012/09, 63(9): 2991–2999 [9] 
  • 韋明輝,羅雄麟,馮愛祥. 基於控制性能比較的非線性不對稱系統預測控制. 化工學報, 2012/10, 63(10): 3184–3189 [9] 
  • 趙決正,羅雄麟. 多級軸流壓氣機失穩及喘振的三維數值模擬與分析. 2012年中國過程系統工程年會, 2012/08/20–22, 貴州貴陽; 化工學報, 2012/12, 63(12): 3956–3964 [9] 
  • 羅雄麟,趙決正,王娟. 催化裂化富氣壓縮機小型後主動控制方案設計與分析. 化工學報, 2012/12, 63(S2): 112–117 [9] 
  • 羅雄麟,趙決正,王娟. 催化裂化裝置氣壓機喘振控制的雙時間尺度動態模擬. 化工學報, 2012/12, 63(S2): 118–125 [9] 
  • 馮愛祥,韋明輝,羅雄麟. 不對稱系統輸入反饋預測控制及可控性分析. 化工學報, 2012/12, 63(S2): 106–111 [9] 
  • 吳瑤,羅雄麟. 多率系統Kalman濾波算法的魯棒性分析. 自動化學報, 2012/02, 38(2):156–174 [13] 
  • 劉建偉,李雙成,羅雄麟. p範數正則化支持向量機分類算法. 自動化學報, 2012/01, 38(1):76–87 [13] 
  • 王鋭,羅雄麟,許鋒. CO燃燒狀況可調的催化裂化裝置多穩態分析. 化工學報, 2013/08, 64(8): 2930–2937 [9] 
  • 羅雄麟,周曉龍,王書斌. 輸入關聯約束對約束優化控制的影響特性分析. 自動化學報, 2013/05, 38(5): 679–689 [13] 
  • SUN Lin, LUO Xionglin, HOU Benquan, BAI Yujie. Bypass selection for control of heat exchanger network. Chinese Journal of Chemical Engineering, 2013/03, 21(3): 276－284 [14] 
  • Xiong-lin LUO, Che-kui XIA, Lin SUN. Margin design, online optimization and control approach of the heat exchanger network with bypasses. Computers & Chemical Engineering, 2013/06, 53:102－121 [12] 
  • Jianwei Liu, Shuangcheng Li and Xionglin Luo. Iterative Reweighted Noninteger Norm Regularizing SVM for Gene Expression Data Classification. Computational and Mathematical Methods in Medicine, 2013, Article ID 768404 [8] 
  • YUE Yuanlong, ZUO Xin, LUO Xionglin. Confidence Level Based on Ridge Estimator in Measurement and its Applications. Chinese Journal of Chemical Engineering, 2013/10, 21(10): 1144–1154 [14] 
  • 劉建偉,李雙成,羅雄麟. 非近似加更新和乘更新在線分類算法. 計算機學報, 2013/02, 35(2): 327–340 [15] 
  • 曹鵬飛,羅雄麟. 化工過程軟測量建模方法研究進展. 化工學報,2013/03, 64(3): 778–790 [9] 
  • SUN Lin, LUO Xionglin, HOU Benquan, BAI Yujie. Bypass selection for control of heat exchanger network. 2012年中國過程系統工程年會, 2012/08/20–22, 貴州貴陽; Chinese Journal of Chemical Engineering, 2013/03, 21(3): 276–284 [14] 
  • 劉雨波,羅雄麟,許鋒. 分佈式預測控制全局協調及穩定性分析. 化工學報,2013/04, 64(4): 1318–1331 [9] 
  • 羅雄麟,夏車奎,孫琳. 有旁路換熱網絡全週期節能的動態優化控制實現方法. 化工學報,2013/04, 64(4): 1340–1350 [9] 
  • 羅雄麟,韋明輝,許鋒,馮愛祥. 非線性不對稱系統的模型預測控制. 控制與決策, 2013/05, 28(5): 763–768+773 [16] 
  • 許鋒,汪曄曄,羅雄麟. 基於廣義狀態觀測器的催化裂化裝置軟儀表. 化工學報,2013/05, 64(5): 1683–1695
  • 劉建偉,付捷,汪韶雷,羅雄麟. 座標下降L2範數LS-SVM分類算法. 2011中國自動化大會, 2011/11/26–29, 北京; 模式識別與人工智能, 2013/05, 25(5): 474–480
  • 許鋒,蔣慧蓉,王鋭,羅雄麟. 催化裂化裝置裕量評價與瓶頸分析. 化工學報,2013/06, 64(6): 2131–2144
  • Xiong-lin LUO, Che-kui XIA, Lin SUN. Margin design, online optimization and control approach of the heat exchanger network with bypasses (基於全週期持續節能的旁路換熱網絡在線優化及其控制實現). Computers & Chemical Engineering, 2013/06, 53: 102–121 [14] 
  • 王鋭,羅雄麟,許鋒. CO燃燒狀況可調的催化裂化裝置多穩態分析. 化工學報, 2013/08, 64(8): 2930–2937 [9] 
  • 嶽元龍,左信,羅雄麟. 關於有偏估計提高測量可靠性的探討. 化工學報, 2013/09, 64(9): 3270–3276 [9] 
  • 許鋒,魏小麗,任麗紅,羅雄麟. 基於多變量廣義預測控制的不穩定系統控制結構選擇方法. 第23屆中國過程控制會議, 福建廈門, 2012/08/11–12; 自動化學報, 2013/09, 38(9): 1547–1551 [13] 
  • XU Feng, WANG Yeye, LUO Xionglin. Soft sensor for inputs and parameters using nonlinear singular state observer in chemical processes(基於非線性廣義狀態觀測器的化工過程輸入變量和參數軟儀表). Chinese Journal of Chemical Engineering, 2013/09, 21(9): 1038–1047 [14] 
  • YUE Yuanlong, ZUO Xin, LUO Xionglin. Confidence Level Based on Ridge Estimator in Measurement and its Applications(基於嶺估計的測量置信水平研究及其應用). Chinese Journal of Chemical Engineering, 2013/10, 21(10): 1144–1154 [14] 
  • Rui Wang, Xionglin Luo, and Feng Xu. Economic and Control Performance of a Fluid Catalytic Cracking Unit: Interactions between Combustion Air and CO Promoters. Industrial & Engineering Chemistry Research, 2014/01/08, 53(1): 287–304 [17] 
  • XU Feng, JIANG Huirong, WANG Rui, LUO Xionglin. Influence of design margin on operation optimization and control performance of chemical processes. Chinese Journal of Chemical Engineering, 2014/01, 22(1): 51–58 [14] 
  • LUO Xionglin, LIU Yubo, XU Feng. Interaction Analysis and Decomposition Principle of Large-scale Systems for Process Control Structure. Chinese Journal of Chemical Engineering, 2014/01, 22(1): 59–71 [14] 
  • 劉建偉,劉媛,羅雄麟. 玻爾茲曼機研究進展. 計算機研究與發展, 2014/01, 51(1): 1–16 [18] 
  • Xionglin Luo, Minghui Wei, Feng Xu, Xiaolong Zhou, Shubin Wang. Input feedback control of manipulated variables in model predictive control. International Journal of Innovative Computing, Information and Control (IJICIC), 2014/06, 10(3):963－978 [10] 
  • 劉建偉,黎海恩,羅雄麟. 概率圖模型學習技術研究進展. 自動化學報, 2014/06, 40(6): 1025－1044 [13] 
  • 劉建偉,劉媛,羅雄麟. 半監督學習方法研究綜述. 計算機學報, 2014/07, 37(7)
  • Pengfei Cao, Xionglin Luo. Modeling for soft sensor systems and parameters updating online. Journal of Process Control, 2014/06, 24(6): 975–990 [11] 
  • 劉建偉,孫正康,羅雄麟. 域自適應學習研究進展. 自動化學報, 2014/08, 40(8): 1576–1600 [13] 
  • Feng Xu, Xionglin Luo, Rui Wang. Design margin and control performance analysis of FCCU regenerator under model predictive control. Industrial & Engineering Chemistry Research, 2014/09, 53(37): 14339–14351 [17] 
  • 魏萍,丁卯,左信,羅雄麟. 基於微分方程對稱的分佈參數系統穩態控制. 自動化學報, 2014/10, 40(10): 2163–2170 [13] 
  • 曹鵬飛,羅雄麟. 基於Wiener結構的軟測量模型及辨識算法. 自動化學報, 2014/10, 40(10): 2179–2192
  • 嶽元龍,左信,羅雄麟. 提高測量可靠性的多傳感器數據融合有偏估計方法. 第24屆中國過程控制會議, 內蒙古呼和浩特, 2013/08/02–05; 自動化學報, 2014/09, 40(9): 1843–1852
  • 於洋,許鋆,羅雄麟. 預測控制約束邊界效應與解決方法研究. 第24屆中國過程控制會議, 內蒙古呼和浩特, 2013/08/02–05; 自動化學報, 2014/09, 40(9): 1922–1932
  • 孫琳,趙野,羅雄麟. 基於夾點技術與超結構模型的多程換熱網絡最優綜合. 化工學報, 2014/03, 65(3): 967–975 [9] 
  • 劉建偉,黎海恩,劉媛,付捷,羅雄麟. 迭代再權共軛梯度q範數正則化線性最小二乘-支持向量機分類算法. 第24屆中國過程控制會議, 內蒙古呼和浩特, 2013/08/02–05; 控制理論與應用,2014/03, 31(3): 334–342
  • 左信,嶽元龍,羅雄麟. 基於有偏估計的數據融合提高雙傳感器測量可靠性. 化工學報, 2014/04, 65(4): 1287–1295 [9] 
  • 許鋒,蔣慧蓉,王鋭,羅雄麟. 化工過程總體裕量與控制性能的權衡優化. 化工學報, 2014/04, 65(4): 1303–1309 [9] 
  • WANG Rui, LUO Xionglin, XU Feng. Effect of CO Combustion Promoters on Combustion Air Partition in FCC Under Nearly Complete Combustion. Chinese Journal of Chemical Engineering, 2014/05, 22(5): 531–537 [14] 
  • CAO Pengfei , LUO Xionglin. Soft sensor system derived from Wiener nonlinear model structure: modeling and identification(源於Wiener非線性模型的軟儀表系統建模及其辨識). Chinese Journal of Chemical Engineering, 2014/05, 22(5): 538–548 [14] 
  • 曹鵬飛,羅雄麟. 雙率系統輔助模型框架下的隨機牛頓遞推辨識. 控制與決策, 2015/01, 30(1): 117–124 [16] 
  • 羅雄麟,趙晗,許鋒. TE過程閃蒸罐雙時間尺度建模與動態特性分析. 化工學報, 2015/01, 66(1): 186–196 [9] 
  • Lin Sun, Xionglin Luo, Ye Zhao. Synthesis of multipass heat exchanger network with the optimal number of shells and tubes based on pinch technology. Chemical Engineering Research and Design, 2015/01, 93:185–193 [14] 
  • 羅雄麟,左瑞香,馮愛祥,許鋒. 化工過程非穩態開工的緩衝升温修正切換控制. 化工學報, 2015/02, 66(2): 647–654 [9] 
  • Feng Xu, Pengfei Cao, Xionglin Luo. Regulator configuration design by means of model predictive control. Journal of Process Control, 2015/04, 28: 95–103 [11] 
  • 劉建偉,崔立鵬,羅雄麟. 組稀疏模型及其算法綜述. 電子學報, 2015/04, 43(4): 776–782 [19] 
  • Feng Xu, Yeye Wang, Xionglin Luo. An adaptive soft sensor based on nonlinear differential-algebraic observer. IEEE Sensors Journal, 2015/06, 15(6): 3249–3257 [6] 
  • 劉建偉,崔立鵬,劉澤宇,羅雄麟. 正則化稀疏模型. 計算機學報, 2015/07, 38(7): 1307–1325 [15] 
  • 劉建偉,劉媛,羅雄麟. 半監督學習方法. 計算機學報, 2015/08, 38(8): 1592–1617 [15] 
  • 劉建偉,任正平,劉澤宇,黎海恩,羅雄麟. 兩兩關係馬爾可夫網的自適應組稀疏化學習. 自動化學報, 2015/08, 41(8): 1419–1437 [13] 
  • Jun Xu, Ton J. J. van den Boom, Bart De Schutter, Xiong-Lin Luo. Minimal conjunctive normal expression of continuous piecewise affine functions. IEEE Transactions on Automatic Control, 2016/05, 61(5):1340–1345 [20] 
  • Huan Min, Xionglin Luo. Calibration method of soft sensor based on Bayesian Gaussian process regression. International Journal of Innovative Computing, Information and Control (IJICIC) , 2016/04, 12(2): 543–556 [10] 
  • 劉建偉*,黎海恩,周佳佳,羅雄麟. 概率圖模型的表示理論綜述. 電子學報, 2016/05, 44(5): 1219–1226 [19] 
  • 劉建偉*,崔立鵬,羅雄麟. 結構稀疏模型及其算法研究進展. 計算機科學, 2016/06, 43(6A): 1–16 [15] 
  • Xiong-Lin Luo, Yuan-Long Yue, Xin Zuo. Analysis on the relationships between ridge estimator and the other typical biased estimators. International Journal of Innovative Computing, Information and Control (IJICIC),2016/06, 12(3): 689–706 [10] 
  • Pengfei Cao*, Xionglin Luo. The improved stochastic Newton algorithm for dual-rate system identification. International Journal of Innovative Computing, Information and Control (IJICIC) , 2016/06, 12(3): 747–759 [10] 
  • Osman Abuhalima, Lin Sun*, Runxiu Chang, Xionglin Luo, Ye Zhao. Synthesis of multipass heat exchanger network based on life cycle energy saving. Applied Thermal Engineering, 2016/05, 100: 1189–1197 [14] 
  • Yanhui Li*, Qi Zhang, Xionglin Luo. Robust L1 Dynamic Output Feedback Control for a Class of Networked Control Systems Based on T-S Fuzzy Model. Neurocomputing, 2016/07, 197: 86–94 [14] 
  • Jian-wei Liu*, Li-peng Cui, Xiong-lin Luo. MCR SVM classifier with group sparsity. Optik - International Journal for Light and Electron Optics, 2016/09, 127(17): 6915-6926 [14] 
  • Pengfei Cao*, Xionglin Luo. Performance analysis of multi-innovation stochastic Newton recursive algorithms. Digital Signal Processing. 2016/09, 56: 15–23 [14] 
  • Yanhui Li*, Qi Zhang, Xiujie Zhou, Xionglin Luo. Basis-dependent and Delay-dependent Results on Robust L1 Filtering for Networked Control Systems. Journal of the Franklin Institute - Engineering and Applied Mathematics, 2016/09, 353(14): 3368–3385 [14] 
  • Xionglin Luo*, Pengfei Cao, Feng Xu. Dynamic interaction analysis and pairing evaluation in control configuration design. Chinese Journal of Chemical Engineering, 2016/07, 24(7): 861–868 [14] 
  • Xionglin Luo*, Mingjun Li. Wide running control integrated Bang-Bang control with regulatory control: strategy, approach and performance. International Journal of Innovative Computing, Information and Control (IJICIC), 2016/08, 12(4): 1303–1315 [14] 
  • 劉建偉*,崔立鵬,羅雄麟. 概率圖模型的稀疏化學習. 計算機學報, 2016/08, 39(8): 1597–1611 [15] 
  • Huan Min, Xiong-Lin Luo*. Calibration of soft sensor by using Just-in-time modeling and AdaBoost learning method（一種基於Just-in-time模型和AdaBoost學習的軟儀表補償方法）. Chinese Journal of Chemical Engineering, 2016/08, 24(8): 1038–1046 [14] 
  • Jian-wei Liu*, Li-peng Cui, Xiong-lin Luo. MCR SVM classifier with group sparsity. Optik - International Journal for Light and Electron Optics, 2016/09, 127(17): 6915-6926 [14] 
  • Pengfei Cao*, Xionglin Luo. Performance analysis of multi-innovation stochastic Newton recursive algorithms. Digital Signal Processing. 2016/09, 56: 15–23 [14] 
  • Yanhui Li*, Qi Zhang, Xiujie Zhou, Xionglin Luo. Basis-dependent and Delay-dependent Results on Robust L1 Filtering for Networked Control Systems. Journal of the Franklin Institute - Engineering and Applied Mathematics, 2016/09, 353(14): 3368–3385 [14] 
  • 張佳,羅雄麟*,許鋒,許鋆. 前饋變量對預測控制可行域影響分析. 化工學報, 2016/09, 67(9): 3776–3783 [9] 
  • 黃冬,趙民帥,羅雄麟*. 乙烯精餾塔控制中降液管時滯效應影響分析. 化工學報, 2016/11, 67(11): 4696–4704　2016年中國過程系統工程年會, A1-063, 2016/07/27–29, 陝西西安 [9] 
  • 吳博,羅雄麟*. 基於傳熱/傳質的乙烯裂解過程脱甲烷塔進料瓶頸識別及流程重構策略.化工學報, 2016/11, 67(11): 4705–47152016年中國過程系統工程年會, A1-065, 2016/07/27–29, 陝西西安 [9] 
  • Zhu Wang*, Qixin Su, Xionglin Luo. A novel HTD-CS based PID controller tuning method for time delay continuous systems with multi-objective and multi-constraint optimization. Chemical Engineering Research and Design, 2016/11,115(A): 98–116 [14] 
  • 朱真,孫琳*,羅雄麟. 基於持續節能的多週期換熱網絡優化設計. 化工學報, 2016/12, 67(12): 5176–5182　2016年中國過程系統工程年會, A2-007, 2016/07/27–29, 陝西西安 [9] 
  • 劉建偉*;孫正康;劉澤宇;羅雄麟. 核典型關聯性分析相關特徵提取與核邏輯斯蒂迴歸域自適應學習. 電子學報, 2016/12, 44(12): 2908–2915 [19] 
  • Huan Min, Xiong-Lin Luo*. Enhanced just-in-time soft sensor calibration method using data density estimation. Chemometrics and Intelligent Laboratory Systems, 2017/02, 161:79–87 [14] 
  • Pengfei Cao, Xionglin Luo(CUP) *. Performance analysis of the auxiliary-model-based multi-innovation stochastic Newton recursive algorithm for dual-rate systems. Asian Journal of Control, 2017/03, 19(2): 647–658 [14] 
  • 羅雄麟*,周衍彤. 預測控制哲學思想分析及其新架構的提出. 化工進展, 2017/03, 36(3): 783–790; 2016年中國過程系統工程年會, A1-066, 2016/07/27–29, 陝西西安 [9] 
  • 沈穎達,孫琳*,羅雄麟. 基於柔性換熱網絡的旁路優化設計.西安交通大學學報（自然科學版）,　2017/04, 51(4): 142–148; 2016年中國過程系統工程年會, A3-009, 2016/07/27–29, 陝西西安
  • 羅雄麟*,張佳,許鋒,許鋆. 操作變量與前饋變量轉換對預測控制可行域的影響機制. 大連理工大學學報（自然科學版）, 2017/05, 57(3): 308–315; 第27屆中國過程控制會議, 2016/07/30–08/02, 甘肅蘭州
  • 劉建偉*,崔立鵬,羅雄麟. 結構稀疏模型. 計算機學報, 2017/06, 40(6): 1309–1337 [15] 
  • 許鋒*,袁未未,羅雄麟. 化工過程非方瘦系統的串級控制系統結構設計.化工學報, 2017/07, 68(7): 2833–2843; 2016年中國過程系統工程年會, A3-011, 2016/07/27–29, 陝西西安 [9] 
  • Dong HUANG, Xiao-Ying ZHAO, Xiong-Lin LUO*. Trade-off between energy consumption and ethylene recovery rate for quasi-plant wide operation optimization of the ethylene column with bottom circulatory system in ethylene complex. Asia-Pacific Journal of Chemical Engineering, 2017/09-10, 12(5) [14] 
  • Jian-wei Liu, Li-peng Cui, Xiong-lin Luo. Group variable selection and parameter estimation via Group Berhu method. The proceedings of the International Conference of Machine Learning and Cybernetics (ICMLC) 2017, 9-12 July, 2017, Ningbo, China [14] 
  • Jian-wei Liu, Li-peng Cui, Xiong-lin Luo. Simultaneous classification and feature selection via LOG SVM and Elastic LOG SVM. Proceedings of the 36th Chinese Control Conference, 2017; 第36屆中國控制會議, 2017/07/26–28, 遼寧大連 [14] 
  • Ping Wei, Bin Xia, Xionglin Luo. Parameter Estimation and Convergence Analysis for a Class of Canonical Dynamic Systems by Extended Kalman Filter. 3rd International Conference on Control Science and Systems Engineering (ICCSSE 2017), August 17-19, 2017, Beijing, China [14] 
  • Xin Wan, Bin-Jie Liu, Zhi-Shan Liang, Xiong-Lin Luo*. Switch approach of control zone and optimization zone for economic model predictive control. Chemical Engineering Transactions [21]  , 2017, 61: 181–186; 20th Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'17), 21–24 August 2017, Tianjin, P. R. China
  • Bo Wu, Xiong-Lin Luo*. Process control and coordinating optimisation for the multi-feed demethaniser in ethylene complex. Chemical Engineering Transactions, 2017, 61: 175–180; 20th Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'17), 21–24 August 2017, Tianjin, P. R. China [21] 
  • Lin Sun*, Xin-Lang Zha, Xiong-Lin Luo. Coordination of Bypass Control and Economic Optimization for Heat Exchanger Network with Stream Splits. Chemical Engineering Transactions, 2017, 61: 187–192; 20th Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'17), 21–24 August 2017, Tianjin, P. R. China [21] 
  • Lin Sun*, Bo-Shi Zhao, Xiong-Lin Luo. Optimal heat exchanger network synthesis with the detailed shell and tube heat exchanger design based on superstructure model. Chemical Engineering Transactions, 2017, 61: 193–198; 20th Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'17), 21–24 August 2017, Tianjin, P. R. China [21] 
  • Pengfei Cao*, Xionglin Luo, Xiaohong Song.Feasibility analysis and online adjustment of constraints in model predictive control integrated with soft sensor. Chinese Journal of Chemical Engineering, 2017/09, 25(9): 1230–1237 [14] 
  • Zhu Wang*, Xionglin Luo. Modeling study of nonlinear dynamic soft sensors and robust parameter identification using swarm intelligent optimization CS-NLJ, Journal of Process Control, 2017/10, 58: 33–45 [11] 
  • Dong Huang, Xiao-Ying Zhao, Xiong-Lin Luo*. Trade-off between energy consumption and ethylene recovery rate for quasi-plant wide operation optimization of the ethylene column with bottom circulatory system in ethylene complex. Asia-Pacific Journal of Chemical Engineering, 2017/09-10, 12(5): 694–708 [14] 
  • Zhu Wang*, Xionglin Luo. A novel weight function-based robust iterative learning identification method for discrete Box-Jenkins models with Student's t-distribution noises. Journal of the Franklin Institute - Engineering and Applied Mathematics, 2017/12, 354(18): 8645–8658 [14] 
  • Pengfei Cao*, Xionglin Luo, Xiaohong Song. Modeling and identification for soft sensor systems based on the separation of multi-dynamic and static characteristics. Chinese Journal of Chemical Engineering, 2018/01, 26(1): 137–143 [14] 
  • Xionglin Luo*, Yantong Zhou, Feng Xu. Margin Saving Model Predictive Control with Operating Point Back-off. International Journal of Innovative Computing Information and Control (IJICIC), 2018/04, 14(2): 405–421 [10] 
  • 謝府命,許鋒,梁志珊,羅雄麟*,石鳳勇. 乙炔加氫反應器全週期操作優化. 化工學報, 2018/03, 69(3): 1081–1091 [9] 
  • 王啓航,許鋒*,羅雄麟. 基於PID對角優勢補償陣的過程多變量控制系統設計. 化工學報, 2018/03, 69(3): 1092–1101 [9] 
  • 許鋒*,王啓航,羅雄麟. 基於常數對角優勢補償陣的多變量控制系統逆Nyquist陣列設計. 化工學報, 2018/03, 69(3): 1102–1113 [9] 
  • Dong Huang and Xiong-Lin Luo*. Process transition based on dynamic optimization with the case of a throughput fluctuating ethylene column. Industrial & Engineering Chemistry Research, 2018/05, 57 (18): 6292–6302 [17] 
  • Jian-Wei Liu*, Jia-Jia Zhou, Mohamed S. Kamel, Xiong-Lin Luo. Online Learning Algorithm Based on Adaptive Control Theory. IEEE Transactions on Neural Networks and Learning Systems. 2018/06, 29(6): 2278 –2293 [6] 
  • 胡銘菲,許鋆*,羅雄麟. 帶經濟成本函數的區間預測控制. 化工進展, 2018/06, 37(6): 2060–2066 [22] 
  • 許鋒*,袁未未,羅雄麟. 大系統結構分解的評價準則和控制系統結構設計方法. 高校化學工程學報, 2018/06, 32(3): 606–619 [9] 
  • Bo Chen, Feng-Wen Lan, Zhu Wang, Xiong-Lin Luo*. Dual-time scale based dynamic model extending of the benchmark Tennessee Eastman process. Computer Aided Chemical Engineering, 2018/08, 44: 529–534 [14] 
  • Dong Huang and Xiong-Lin Luo*. A Novel Approach to Promptly Control Product Quality of Precise Distillation Columns Based on Pressure Dynamic Modeling. Asia-Pacific Journal of Chemical Engineering, 2018/07, 13(4): e2212(14 pages) [14] 
  • Lin Sun*, Xinlang Zha, Xionglin Luo. Coordination of Bypass Control and Economic Optimization for Heat Exchanger Network. Energy, 2018/10, 160: 318–329 [14] 
  • Siming Lian, Jianwei Liu*, Runkun Lu, Xionglin Luo. Rank Pruning Approach for Noisy Multi-Label Learning. 2018 IEEE International Conference on Systems, Man, and Cybernetics, 426-431, 2018/10/07-10, Miyazaki, Japan　 [6] 
  • 李凡,許鋒,羅雄麟. 分散常規控制系統結構設計的遺傳算法求解. 化工學報, 2018/12, 69(S2): 266-273　 [22] 
  • Xin Wan, Zhu Wang, Xiong-Lin Luo*. Boundary operation based on control redundancy for zone target model predictive control. The 8th International Symposium on Design, Operation, and Control of Chemical Processes (PSE Asia 2019), January 13-16, 2019, Thailand
  • Fu-Ming Xie, Feng Xu, Zhi-Shan Liang and Xiong-Lin Luo*. A fast and efficient estimation method for catalysis activity of acetylene hydrogenation reactor. The 8th International Symposium on Design, Operation, and Control of Chemical Processes (PSE Asia 2019), January 13-16, 2019, Thailand
  • Si-ming Lian, Jian-wei Liu*, Run-kun Lu, Xiong-lin Luo. Captured multi-label relations via joint deep supervised autoencoder. Applied Soft Computing, 2019/01, 74: 709-728 [14] 
  • 黃冬,羅雄麟*. 化工過程大範圍工況變化的工況遷移控制策略判定. 化工學報, 2019/05, 70(5): 1848-1857 [22] 
  • Zhu Wang*, Haoran Hao, Xionglin Luo. Switch detection and robust parameter estimation for slowly switched Hammerstein systems. Nonlinear Analysis: Hybrid Systems, 2019/05, 32: 202-213 [14] 
  • 劉建偉*,高峯,羅雄麟. 基於值函數和策略梯度的深度強化學習綜述. 計算機學報, 2019/06, 42(6): 1406-1438　 [15] 
  • Jian-weiLiu, Zhi-juan Cao, Jing Liu, Xiong-lin Luo,Wei-min Li, Nobuyasu Ito, Long-ChuanGuo. Phase Retrieval via Wirtinger Flow Algorithm and its Variants. Proceedingsof the 2019 International Conference on Machine Learning and Cybernetics(ICMLC): 566-574, 7-10 July 2019, Kobe, Japan. [6] 
  • Jian-wei Liu, Zhi-juan Cao, Jing Liu, Xiong-lin Luo,Wei-min Li, Nobuyasu Ito, Long-Chuan Guo. Phase Retrieval via Wirtinger Flow Algorithm and its Variants. Proceedings of the 2019 International Conference on Machine Learning and Cybernetics (ICMLC): 566-574, 7-10 July 2019, Kobe, Japan.
  • Jian-wei Liu, Feng Gao, Run-kun Lu, Xiong-lin Luo and Chu-ran Wang. FSC-CapsNet: Fractionally-Strided Convolutional Capsule Network for complex data. The 2019 International Joint Conference on Neural Networks, July 14-19, 2019, Budapest, Hungary; IJCNN 2019: paper N-19799
  • Jian-wei Liu, Feng Gao, Run-kun Lu, Yuan-feng Lian, Dian-zhong Wang, Xiong-lin Luo, Chu-ran Wang. DDRM-CapsNet: Capsule Network Based on Deep Dynamic Routing Mechanism for Complex Data. 28th International Conference on Artificial Neural Networks, ICANN2019, September 17-19, 2019, Munich, Germany; I. V. Tetko et al. (Eds.): ICANN 2019, LNCS 11727, pp. 179–189, 2019
  • Jian-wei Liu, Xi-hao Ding, Run-kun Lu, Yuan-feng Lian, Dian-zhong Wang, Xiong-lin Luo. Multi-View Capsule Network. 28th International Conference on Artificial Neural Networks, ICANN2019, September 17-19, 2019, Munich, Germany; I. V. Tetko et al. (Eds.): ICANN 2019, LNCS 11727, pp. 152–165, 2019
  • Zhu Wang*, Likai Zhao, Xionglin Luo. Levy-particle swarm optimization intelligent search-based iterative identification for nonparametric models of bilinear systems with Gaussian mixture noises. Transactions of the Institute of Measurement and Control, 2019/10, 41(14): 3970-3978
  • Xin Wan, Xiong-Lin Luo*. Economic Optimization Based on Control Redundancy for Zone Model Predictive Control. Chemical Engineering Transactions, 2019/10, 76: 745-750; 22nd Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'19), 20-23 October 2019, Crete, Greece
  • Jia-Jiang Lin, Feng Xu, Xiong-Lin Luo*. Dynamic Optimization of Continuous Chemical Process With Batch Operation Variable: a Case Study of a FCCU With CO Promoter. Chemical Engineering Transactions, 2019/10, 76: 751-756; 22nd Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'19), 20-23 October 2019, Crete, Greece
  • Chun-Bo Chen, Lin Sun, De-Jun Liu, Xiong-Lin Luo*. Impact of Cumulative Fouling Characteristics on Full-cycle Operation Optimization of Multi-effect Distillation Desalination System. Chemical Engineering Transactions, 2019/10, 76: 649-654; 22nd Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'19), 20-23 October 2019, Crete, Greece
  • Bo Chen, Zhu Wang, Xiong-Lin Luo*. Fault Detection Analysis Before and After Dynamic Model Reforming on the Benchmark Tennessee Eastman Process. Chemical Engineering Transactions, 2019/10, 76: 643-648; 22nd Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'19), 20-23 October 2019, Crete, Greece
  • Lin Sun*, Mingda Yang, Xiong-Lin Luo. Bypass control system design for HEN based on frequency domain analysis. Chemical Engineering Transactions, 2019/10, 76: 763-768; 22nd Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'19), 20-23 October 2019, Crete, Greece
  • Zhu Wang*, Haoran An, Xiong-Lin Luo. Improved Intelligent Identification of Hammerstein-Wiener Systems by PSO and K-means Clustering. Chemical Engineering Transactions, 2019/10, 76: 661-666; 22nd Conference Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction (PRES'19), 20-23 October 2019, Crete, Greece
  • Ming-Qing Zhang, Xue Jiang, Yuan Xu, Xiong-Lin Luo*. Decentralized dynamic monitoring based on multi-block reorganized subspace integrated with Bayesian inference for plant-wide process. Chemometrics and Intelligent Laboratory Systems, 2019/10, 193: Article 103832 (14pgs)
  • Jia-Jiang Lin, Feng Xu, Xiong-Lin Luo*. Dynamic optimization of continuous-batch processes: a case study of an FCCU with CO promoter. Industrial & Engineering Chemistry Research, 2019/12, 58(51): 23187-23200
  • Zhu Wang*, Haoran An, Xionglin Luo. Adaptive filtering-based recursive identification for time-varying Wiener output-error systems with unknown noise statistics. Journal of the Franklin Institute-Engineering and Applied Mathematics, January 2020, 357(2): 1280-1298
  • 孫琳*,楊政華,羅雄麟. 基於頻域穩定性分析的換熱網絡旁路控制. 高校化學工程學報, 2020/02, 34(1): 171-181
  • Fu-Ming Xie, Feng Xu*, Zhi-Shan Liang and Xiong-Lin Luo. Full cycle dynamic optimisation maintaining the operation margin of acetylene hydrogenation fixed-bed reactor. Journal of the Taiwan Institute of Chemical Engineers, March 2020, 108(3): 29-42
  • Fu-Ming Xie, Feng Xu*, Zhi-Shan Liang, Xiong-Lin Luo. Online estimation for catalysis activity of acetylene hydrogenation reactor. Asia-Pacific Journal of Chemical Engineering, 2020/04, 15(2): e2406 (12pgs)
  • 劉建偉*,丁熙浩,羅雄麟. 多模態深度學習綜述. 計算機應用研究. 2020/06, 37(6): 1601-1614
  • 劉建偉*,趙會丹,羅雄麟,許鋆. 深度學習批歸一化及其相關算法研究進展. 自動化學報. 2020/06, 46(6): 1090-1120
  • Jia-Jiang Lin, Xiong-Lin Luo*. Hybrid parametric minimum principle. Nonlinear Analysis: Hybrid Systems,2020/08, 37: Article 100902
  • Jian-wei Liu*, Xi-hao Ding, Runkun Lu, Xiong-Lin Luo. Self-attention Multi-view Representation Learning with Diversity-promoting Complementarity. The 32nd Chinese Control and Decison Conference: 3972-3978, Virtual Conference, 2020/8/22-24, Hefei, China
  • Jian-wei Liu*, Hui-dan Zhao, Runkun Lu, Xiong-Lin Luo. Multi-view classifier based on Probabilistic Collaborative Representation and Latent Representation. The 32nd Chinese Control and Decison Conference: 4643-4650, Virtual Conference, 2020/8/22-24, Hefei, China
  • Jian-wei Liu*, Hao-Jie Xie, Run-kun Lu, Xiong-Lin Luo. Multi-view classification via Multi-view Partially Common Feature Latent Factor Learning. The 32nd Chinese Control and Decison Conference: 3323-3330, Virtual Conference, 2020/8/22-24, Hefei, China
  • Jian-wei Liu*, Yuan-fang Wang, Run-kun Lu, Xiong-Lin luo. Multi-View Non-negative Matrix Factorization Discriminant Learning via Cross Entropy Loss. The 32nd Chinese Control and Decison Conference: 3964-3971, Virtual Conference, 2020/8/22-24, Hefei, China
  • Jian-Wei Liu*, Zheng-Ping Ren, Run-kun Lu, Xiong-Lin Luo. GMM Discriminant Analysis with Noisy Label for Each Class. Neural Computing and Applications; https://doi.org/10.1007/s00521-020-05038-8
  • Jian-wei Liu*, Multi-view Subspace Adaptive Learning via Autoencoder and Attention. ICONIP 2020: International Conference on Neural Information Processing, 2020-11-18, Bangkok, Thailand
  • Jian-wei Liu*, Learning Disentangled Representations with Attentive Joint Variational Autoencoder. ICONIP 2020: International Conference on Neural Information Processing, 2020-11-18, Bangkok, Thailand
  • Jian-wei Liu*, KNN-Attention-CNN Model for Text Emotion Classification. ICONIP 2020: International Conference on Neural Information Processing, 2020-11-18, Bangkok, Thailand
  • Ya-nan Han, Jian-wei Liu*, Xiong-lin Luo. An Improved Latent Low Rank Representation for Automatic Subspace Clustering. IJCAI-PRICAI 2020: Proceedings of the 29th International Joint Conference on Artificial Intelligence and the 17th Pacific Rim International Conference on Artificial Intelligence, 5188-5189, January 2021, Yokohama, Japan
  • Xin Wan, Xiong-Lin Luo*, Economic optimization based on zone model predictive control with redundancy variables for chemical process. Energy, 2020/12, 212: 118586 (11pgs); https://doi.org/10.1016/j.energy.2020.118586
  • Ming-Qing Zhang, Xiong-Lin Luo*. Modified canonical variables analysis based on dynamic kernel decomposition for dynamic nonlinear process quality monitoring. ISA Transactions, https://doi.org/10.1016/j.isatra.2020.08.017
  • Xiong-Lin Luo, Jun Xu*, Meng Zhang, Jinfeng Liu. Batch to batch optimal control based on MIMO AHH prediction and Kalman filter correction. Optimal Control Applications and Methods, 2020/08, 41(4) ; https://doi.org/10.1002/oca.2646
  • Bo Chen, Xiong-Lin Luo*. Novel multivariate q-sigma rule focusing on process variation for incipient fault detection in dynamic processes. Chemometrics and Intelligent Laboratory Systems,2020/11, 206: Tutorial Article 104149 (10pgs); https://doi.org/10.1016/j.chemolab.2020.104149
  • Jia-Jiang Lin, Xiong-Lin Luo*, Feng Xu. Dynamic optimization of fluidcatalytic cracking unit using a nonconvex sensitivity-based generalized Bendersdecomposition. Journal of the Taiwan Institute of Chemical Engineers,2020/09,114: 1-11. doi: 10.1016/j.jtice.2020.09.017
  • 孫琳*,楊明達,羅雄麟.基於持續節能的換熱網絡緩釋優化. 化工進展, 2020/10, 39(10):3941-3948.
  • 馮思琦,羅雄麟*. 模式切換類經濟預測控制切換時間在線估計.化工學報, 2020/10, 71(S2): 225-240
  • 謝府命,許鋒*,羅雄麟.慢時變化工過程裕量釋放機制分析. 化工學報, 2020/10, 71(S2): 216-224
  • 劉建偉*,謝浩傑,羅雄麟.生成對抗網絡在各領域應用研究進展. 自動化學報. 2020/12, 46(12): 2500-2536
  • Zhu Wang*, Likai Zhao, Xionglin Luo. Wiener structure based adaptivecontrol for a class of dynamic processes with approximately monotonicnonlinearities. Journal of the Franklin Institute - Engineering and AppliedMathematics, 2020/12, 357(18): 13534-13551. doi:10.1016/j.jfranklin.2020.10.006
  • Ya-nan Han, Jian-wei Liu*, Xiong-lin Luo. An Improved Latent Low RankRepresentation for Automatic Subspace Clustering. IJCAI 2020: Proceedings ofthe 29th International Joint Conference on Artificial Intelligence, 5188-5189,January 8, 2021, Yokohama, Japan (Online Conference)
  • Ming-Qing Zhang, Xiong-Lin Luo*. Modified canonical variables analysisbased on dynamic kernel decomposition for dynamic nonlinear process qualitymonitoring. ISA Transactions, 2021/02, 108: 106-120. doi:10.1016/j.isatra.2020.08.017
  • Jian-Wei Liu*, Zheng-Ping Ren, Run-kun Lu, Xiong-Lin Luo. GMM DiscriminantAnalysis with Noisy Label for Each Class. Neural Computing and Applications, 2021/02,33(4): 1171-1191. doi: 10.1007/s00521-020-05038-8
  • Xin-Yi Cao, Feng Xu, Xiong-Lin Luo*. A novel strategy of continuousprocess transition and wide range throughput fluctuating ethylene column.Journal of the Taiwan Institute of Chemical Engineers, 2021/04, 121: 61-73. doi:10.1016/j.jtice.2021.03.052
  • 謝府命,許鋒*,羅雄麟.工藝調度對乙炔加氫反應器優化運行策略的影響分析. 化工學報, 2021/05, 72(5): 2718-2726
  • Jia-Yi Han, Jian-Wei Liu*, Xiong-Lin Luo. KNN-Attention-CNN Model for TextEmotion Classification. CCDC2021: The 33rd Chinese Control and Desision Conference,May 22-24, 2021, Kunming, China
  • Si-ming Lian, Jian-wei Liu*, Run-kun Lu, Xiong-lin Luo. PartiallyDisentangled Latent Relations for Multi-Label Deep Learning. Neural Computingand Applications, 2020/06, 33(11): 6039-6064. doi: 10.1007/s00521-020-05381-w
  • 韓亞楠,劉建偉*,羅雄麟. 概率主題模型綜述.計算機學報, 2021/06, 44(6): 1095-1139.
  • Xin Wan, Xiong-Lin Luo*. Economic Optimization in theNon-Steady-State Periodic Orbit under Zone Model Predictive Control for theChemical Process: A Case Study of a Heavy-Oil Fractionator. Industrial &Engineering Chemistry Research, 2021/06, 60(25): 9141-9150. doi: 10.1021/acs.iecr.1c01168.
  • Chun-Bo Chen, Xiong-Lin Luo*, Tian-Yuan Wang, Dejun Liu. Minimum motivesteam consumption on full cycle optimization with cumulative foulingconsideration for MED-TVC desalination system. Desalination, 2021/07, 507:Article 115017 (15pgs). doi: 10.1016/j.desal.2021.115017
  • Bo Chen, Xiong-Lin Luo*. Incipient fault detection benefited from votingfusion strategy on analysis of process variation. Chemometrics and IntelligentLaboratory Systems, 2021/08, 215: Article 104347 (10pgs). doi:10.1016/j.chemolab.2021.104347
  • Ming-Qing Zhang, Xiong-Lin Luo*. Novel Dynamic Enhanced Robust PrincipalSubspace Discriminant Analysis for High-Dimensional Process Fault DiagnosisWith Industrial Applications. ISA Transactions. 2021/08, 114: 1-14. doi: 10.1016/j.isatra.2020.12.025
  • 劉建偉*,王園方,羅雄麟.深度記憶網絡研究進展. 計算機學報, 2021/08, 44(8): 1549-1589.
  • Ya-nan Han, Jian-wei Liu, Bing-biao, Xin-Tan Wang, Xiong-lin Luo. BilevelOnline Deep Learning in Non-stationary Environment. ICANN 2021: ArtificialNeural Networks and Machine Learning, 2021/09, Fully online event; In: FarkašI., Masulli P., Otte S., Wermter S. (eds) Artificial Neural Networks andMachine Learning – ICANN 2021. Lecture Notes in Computer Science, vol 12892: 347-358.Springer, Cham. DOI: 10.1007/978-3-030-86340-1_28.
  • 韓亞楠,劉建偉*,羅雄麟.後驗正則化綜述. 計算機應用研究, 2021/10, 38(10): 2881-2887+2903. doi: 10.19734/j.issn.1001-3695.2020.12.0568
  • 任超,孫琳,羅雄麟*. 換熱器因應結垢慢時變的控制系統重構分析. 化工學報, 2021/10, 72(10): 5273-5283.doi: 10.11949/0438-1157.20210574
  • 陳春波,羅雄麟,孫琳*.海水淡化過程可行域時變分析與全週期操作優化. 化工學報, 2021/11, 72(11): 5686-5695.doi: 10.11949/0438-1157.20210787
  • Bo Chen, Xiong-Lin Luo*, Xin Wan. The abnormal situation withreversal characteristic in chemical processes: Local monitoring andself-recovery. Journal of the Taiwan Institute of Chemical Engineers, 2021/11,128: 41-54 . doi: 10.1016/j.jtice.2021.09.003
  • 劉建偉*,劉俊文,羅雄麟.深度學習中注意力機制研究進展. 工程科學學報, 2021/11, 43(11): 1499−1511.doi: 10.13374/j.issn2095-9389.2021.01.30.005
  • Ming-Qing Zhang, Wei Zhang, Min-Sen Chiu, Xiong-Lin Luo*. Scalable Active Subspace Low-Rank Graph Representation for Continuous System Online Security Evaluation with Input Corruption. Process Safety and Environmental Protection, 2022/02, 158: 242-256. DOI: 10.1016/j.psep.2021.12.003
  • Xin Wan, Feng Xu, Xiong-Lin Luo*. Economic Optimization for Process Transition Based on Redundant Control Variables in the Framework of Zone Model Predictive Control. Energy, 2022/02, 241: 122942 (11pgs).DOI: 10.1016/j.energy.2021.122942
  • 張興碩,羅雄麟*,許鋒. 催化裂化裝置反再系統動態模擬精細化與控制系統“工藝優先”設計.化工學報, 2022/02, 73(2): 747-758. DOI:10.11949/0438-1157.20210953
  • 王天媛,陳春波,孫琳,羅雄麟*. 基於全週期緩慢結垢特性的多效蒸發海水淡化慢時變系統優化設計. 化工學報, 2022/02, 73(2): 759-769. DOI:10.11949/0438-1157.20211022
  • Ming-Qing Zhang, Anikesh Kumar, Min-Sen Chiu, Xiong-LinLuo*. Non-Convex Logarithm Embedding Subspace Weighted Graph Approach to FaultDetection with Missing Measurements. Neurocomputing, 2022/03, 476: 87-101. DOI: 10.1016/j.neucom.2021.12.065
  • Chun-Bo Chen, Xiong-Lin Luo, Lin Sun*. MarginSlow Released Full Cycle Optimization due to Slow-Time-Fouling Characteristicsof Multi-Effect Evaporation Desalination System. Chemical Engineering Researchand Design, 2022/03, 179: 143-153. DOI: 10.1016/j.cherd.2021.12.050
  • 張建飛,林嘉獎,羅雄麟,許鋒*. 重油催化裂化裝置產品分佈調控與優化模擬分析. 化工學報, 2022/03,73(3): 1232-1245. DOI: 10.11949/0438-1157.20211245
  • 曹森山,許鋒*,羅雄麟. 基於穩定性的循環物流系統流程模擬——以催化裂化反應-再生系統為例. 化工學報, 2022/03, 73(3): 1256-1269.DOI: 10.11949/0438-1157.20211472
  • 陳耀明,許鋒*,羅雄麟. 基於相對增益和優先級的化工過程協調優化裕量設計. 化工學報, 2022/03,73(3): 1280-1290. DOI: 10.11949/0438-1157.20211470
  • Xin-Yi Cao*, Feng Xu, Xiong-LinLuo. Targeting on different characteristic continuous variables in processtransition for ethylene column with wide-range feed fluctuation. Processes, 2022/04,10(4): 796. DOI: 10.3390/pr10040796（針對乙烯精餾塔大範圍進料波動、以不同特徵連續變量為目標的過程遷移研究）
  • 王建松,許鋒*,羅雄麟. 化工過程多回路PID控制系統模式切換參數自整定.化工學報, 2022/04,73(4): 0000-0000. DOI: 10.11949/0438-1157.20211473
  • 孟卓然,徐寶昌*,羅雄麟. 基於綜合性能指標的控壓鑽井過程多變量協調控制. 中國石油大學學報（自然科學版）, 2022/04, 46(2): 183-195
  • 韓亞楠,劉建偉*,羅雄麟. 連續學習研究進展. 計算機研究與發展, 2022/06, 59(6):1213-1239. doi:10.7544/issn1000-1239.20201058 [16] 
  • Xin Wan, Xiong-Lin Luo*, Bo Chen. Redundancy Analysisfor Zone Target Multivariable Control System（區間目標多變量控制系統的冗餘分析）. Asian Journal of Control,2022/07, 24(4): 1825-1835. DOI: 10.1002/asjc.2651 [14] 
  • Lin Sun, Chao Ren, Xiong-Lin Luo*. Online controlsystem reconfiguration towards long period energy-saving optimization of heatexchanger networks. Journal of Cleaner Production, 2022/09/20, 367: 132940(13pgs). DOI: 10.1016/j.jclepro.2022.132940 （換熱器因應結垢慢時變的控制系統重構分析） [14] 
  • Lin Sun*, Tian-Yu Zhu, Xiong-Lin Luo. Full cycleoptimal control due to slow time-varying fouling characteristics for heatexchanger networks with slow-release margin. 7th IEEE International Symposiumon Advanced Control of Industrial Processes (AdCONIP), August 7-9, 2022.Vancouver, BC, Canada; 2022 IEEE International Symposium on Advanced Control ofIndustrial Processes (AdCONIP), pp.96-101 [6] 
  • 王崢,許鋒,羅雄麟*. 乙炔加氫串聯反應器乙炔轉化率全週期最優分配研究. 化工學報, 2022/10, 73(10): 4551-4564. DOI: 10.11949/0438-1157.20220753 [9] 
  • Zhu Wang, Haichao Chen*, Likai Zhao, Xionglin Luo.Offline identification and output prediction for a class of SISO Wienerprocess. Canadian Journal of Chemical Engineering, 2022/12, 100(12): 3704-3716. DOI: 10.1002/cjce.24356. [14] 
  • 王德宏,孫琳,羅雄麟*. 海水淡化系統多效蒸發傳熱温差全週期漸變優化分析. 化工學報, 2022/12, 73(12) [9] 
  • Huan-wen Yu, Xiao-peng Cheng, Feng Xu, Xiong-Lin Luo*.Dynamic iterative method for sequential module steady-state modeling and itsapplication to the fluid catalytic cracking unit. Journal of the TaiwanInstitute of Chemical Engineers, January, 2023, 142: 104649. DOI: https://doi.org/10.1016/j.jtice.2022.104649（化工過程序貫模塊穩態模擬的動態迭代方法及其在催化裂化中的應用） [14] 
  • Ming-Qing Zhang, Xiong-Lin Luo*. Static andincremental robust kernel factorization embedding graph regularization supportingill-conditioned industrial data recovery. Expert Systems with Applications, 2023/03,213(Part A): 118921(13pgs). DOI: https://doi.org/10.1016/j.eswa.2022.118921（靜態和增量魯棒核分解嵌入圖正則化用於病態工業數據恢復） [14] 
  • Jia-Jiang Lin, Feng Xu, Xiong-Lin Luo*. Nonconvexsensitivity-based generalized Benders decomposition. Journal of GlobalOptimization, 2023/00, 84(00): 1254(24pgs). DOI: https://doi.org/10.1007/s10898-022-01254-9（非凸靈敏性廣義Benders分解） [14] 
  • Xin-Yi Cao, Feng Xu, Xiong-Lin Luo*. Novelfeedforward-feedback-based continuous process transition strategy for chemicalindustry. Asia-Pacific Journal of Chemical Engineering, (15pgs). DOI: https://doi.org/10.1002/apj.2869（一種基於前饋-反饋的化工過程連續遷移策略） [14] 
  • Xia Lei, Yongkai Fan*, Xiong-Lin Luo. On Fine-GrainedVisual Interpretability in Convolutional Neural Networks. DigitalCommunications and Networks, 2023/04. DOI: https://doi.org/10.1016/j.dcan.2022.12.012. [14] 
  • Baochang Xu, Zhuran Meng*, Wei Liu, Xiong-Lin Luo, Yiqi Chen. Improving Drilling Efficiency And Safety Based on HydraulicMechanical Specific Energy in the Framework of Economic Model PredictiveControl. SPE Journal [14] 
  • 朱添宇,孫琳*,任超,羅雄麟. 基於全週期持續節能的換熱網絡滑動窗口分析與裕量緩釋優化控制. 化工進展 [22] 

羅雄麟承擔項目

(1) 國家自然科學基金項目(面上項目)“基於裕量設計的換熱網絡持續節能優化”(項目批准號：20976193)，羅雄麟負責。
(2) 國家自然科學基金項目(青年科學基金項目)“分片線性預測控制”(項目批准號：61104218)，許鋆負責。
(3) 國家自然科學基金項目(青年科學基金項目)“化工過程裕量分析與控制設計——以催化裂化裝置為例”(項目批准號：21006127)，許鋒負責。
(4) 國家重點基礎研究發展計劃（973計劃）項目“化工過程物質與能量高效利用的集成優化基礎研究（2012CB720500）\能量/質量耦合梯級利用的多目標優化綜合”。
(5) 國家自然科學基金項目(面上項目)“化工過程全週期設計裕量消耗在線估計與裕量緩釋操作優化”(項目批准號：21676295)，羅雄麟負責。 [7] 
(6) 國家自然科學基金項目(青年科學基金項目)“基於羣體智能和聚類的模塊化非線性系統智能辨識”(項目批准號：61703434)。王珠負責。 [7] 
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