李道亮

2006.01– 中國農業大學信息與電氣工程學院教授，從事農業信息智能感知與處理研究

2003.10 - 2005.12 中國農業大學工學院教授，從事農業信息智能處理研究

2001.10 - 2003.09 中國農業大學工學院副教授，從事農業智能信息處理研究

1999.07 - 2001.09 中國農業大學工學院講師，從事農業專家系統研究

2010.12 - 2011.03 德國Fraunhofer研究院合作研究，國家自然基金委和德國科學基金會資助，從事先進傳感技術合作研究

2002.01 - 2003.09 英國貝德福德大學訪問學者，英國教育文化委員會資助，從事農業智能信息處理合作研究

1999.11 - 2001.07 英國哈珀亞當斯農業大學合作研究，英國教育文化委員會資助，從事農業專家系統合作研究 ^[1] 

中歐農業信息技術研究中心、中國農業信息化評價中心、北京市農業物聯網工程技術研究中心主任，國際信息處理聯合會農業信息處理分會主席，國際雜誌information processing in agriculture主編，國家農村信息化指導組專家，中國漁業物聯網與大數據產業技術創新聯盟秘書長兼常務副理事長 ^[5]  ，中國農業工程學會常務理事，農業部十二五、十三五全國農業信息化規劃負責人 ^[6]  。

農業信息先進感知與智能處理研究 ^[1]  。

自1999年參加工作以來，先後主持完成國家科技支撐計劃、國家863計劃、國家自然基金、國家社科基金、成果轉化基金、霍英東基金、歐盟Asia IT&C、國際合作重點等項目40多項。教授農業物聯網導論，農業信息學、農業物聯網與信息系統新進展及seminar等課程。自2003年以來培養博士研究生22名，碩士研究生60餘名。第一發明人獲授權國家發明專利27項，制定國家標準4項，行業標準7項，出版專著6部，發表SCI論文100餘篇。

我國水產集約化高效養殖面臨三大科學難題：一是我國水產養殖水體富營養化程度高，水生生物富集，對傳感器精度的擾動大，現有的傳感技術難以實現長時間在線準確測量；二是魚類水質、營養、病害之間耦合關係複雜，魚類生長精準調控計算難度極大；三是我國水產養殖環境多樣、信號干擾大，從信息感知到傳輸再到處理控制全環節的系統集成複雜度非常高，水產養殖實時精準控制極其困難。

針對上述三大科學問題，積極開展了養殖水質傳感器、水產養殖優化調控模型、水產養殖智能裝備研究，已在本領域國內外期刊上發表學術論文 321 篇，其中SCI 論文104 篇，EI 論文221篇 ^[1]  ，Google Scholar 引用1542次，單篇最高引用135 次。近5 年，以第一或通訊作者發表SCI 論文38 篇，最高影響因子5.578，SCI 他引171 次，EI 論文52 篇。以第一發明人獲得水產養殖水體傳感器、測控模型與方法、無線測控裝備等國家授權發明專利25 件，形成了一個完整的水產養殖實時測控技術體系；牽頭制訂水產養殖傳感、感知數據、傳輸網絡、控制裝備等技術國家標準4 項、行業標準5 項、地方標準1 項。參與了國際物聯網標準制定，特別是國際物聯網標準農業應用標準的制定工作。研發的產品分別在萊州明波、四川通威、天津海發等水產養殖龍頭企業得到大規模應用，在江蘇、天津、山東、廣東等23 省市累計推廣陸基工廠養殖630 萬平方米，池塘及近海養殖825 萬畝，涉及養殖品種31 個，新增經濟效益96億元 ^[2]  ，推進了我國水產養殖業轉型升級 ^[2]  。

重要創新成果及其科學價值或社會經濟意義如下：

（1）揭示了溶解氧電測量電極失效與鈍化效應，闡明瞭分頻式脈衝激勵四電極溶解氧原位測量和單激發-雙接收光纖同步比率葉綠素原位檢測機理，消除了雜質粒子、熒光效率變化、熒光內濾效應對濁度、葉綠素在線檢測精度的影響，實現了富營養化養殖水體濁度、葉綠素寬範圍、高穩定準確測量 ^[1]  。

（2）構建了多參數信息融合的傳感器自校準、自識別智能變送方法，實現了海水、淡水、半鹹水等實現了不同應用場景下傳感器精準測量。對富營養水體條件下水質在線精準檢測和傳感器的國產化有重要理論價值和實際指導意義 ^[1]  。

（3）提出了水產養殖實時數據在線處理模型與方法，闡明瞭“水質-病害-營養-行為”鏈式相互作用關係，構建了基於實時數據與知識庫聯合驅動的魚類生長動態優化調控模型，為實現水產養殖精準智能調控提供了關鍵的理論和方法支撐，提升了我國水產養殖精準測控研究的國際影響力 ^[1]  。

提出了實時數據降維去噪、多尺度特徵提取、多目標組合優化、非線性實時預測調控的數據處理模型與方法，發現了陸基工廠養殖溶解氧隨餌料投餵的變化規律和池塘養殖溶解氧變化規律。提出了“水體因子-病害-營養代謝-行為”實時聯合預警模型和動態調控方法，構建了增氧開啓時間、開啓時長以及投餌量的最佳調控策略。

（4）創建了陸基工廠和池塘養殖兩種模式從孵化到養成全程實時精準測控系統，開展了大規模實驗驗證與應用，取得了巨大的經濟和社會效益 ^[2]  。

提出了複雜養殖環境下時空融合的無線傳輸方法，提高了無線傳輸網絡在複雜水產養殖場景下的穩定性。開發了水產養殖從孵化到養成全程實時精準測控系統及裝備，實現了水產養殖精準測控。

（5）積極倡導農業信息處理領域的國際合作，廣泛開展計算機農業應用學術交流。2007年創立國際計算機與計算技術農業應用研討會 ^[7]  。2011年在國際信息處理聯合會創立農業信息處理分會（國家農業信息技術歐盟聯絡點）。2014年在Elsevier旗下創辦我國第一個農業信息技術領域國際期刊Information Processing in Agriculture。推薦人先後作為中方協調人完成或在研歐盟第六框架、第七框架，地平線2020計劃共6項，2008年起被歐盟委員會聘為歐盟第七框架計劃項目評審專家，先後10餘次參加歐盟項目評審與論證工作。

（6）參與農村信息化政策研究，先後受農業部委託牽頭起草了全國農業農村信息化十二五、十三五發展規劃等一系列農業部重大文件；被科技部聘任為國家農村信息化指導組專家；被第一個國家農村信息化示範省——山東省聘為省首席科學家；被中國科協評為農業物聯網首席科普專家。

李道亮教授主持完成的“水產集約化養殖精準測控關鍵技術與裝備”項目獲得2019年國家科學技術進步獎二等獎。 ^[8] 

《農業物聯網導論》

《中國農村信息化發展報告（2007~2015）》

《集約化水產養殖數字化集成系統》

《農業病蟲害遠程診斷與預警技術》

1 Zeng, LH (Zeng, Lihua); He, M (He, Mei); Yu, HH (Yu, Huihui); Li, DL (Li, Daoliang) 2016 An H2S Sensor Based on Electrochemistry for Chicken Coops SENSORS

2 Sun, M (Sun, Min); Hassan, SG (Hassan, Shahbaz G.); Li, DL (Li, Daoliang) 2016 Models for estimating feed intake in aquaculture: A review COMPUTERS AND ELECTRONICS IN AGRICULTURE

3 Wang, WC (Wang, Wencong); Li, ZB (Li, Zhenbo); Yue, J (Yue, Jun); Li, DL (Li, Daoliang) 2016 Image segmentation incorporating double-mask via graph cuts COMPUTERS & ELECTRICAL ENGINEERING

4 Wang, Y (Wang, Yang) ; Kuckelkorn, JM (Kuckelkorn, Jens M.) ; Zhao, FY (Zhao, Fu-Yun); Mu, ML (Mu, Mulan); Li, DL (Li, Daoliang) 2016 Evaluation on energy performance in a low-energy building using new energy conservation index based on monitoring measurement system with sensor network ENERGY AND BUILDINGS

5 Yu, HH (Yu, Huihui); Chen, YY (Chen, Yingyi); Hassan, S (Hassan, ShahbazGul); Li, DL (Li, Daoliang) 2016 Dissolved oxygen content prediction in crab culture using a hybrid intelligent method SCIENTIFIC REPORTS

6 Yu, HH (Yu, Huihui); Chen, YY (Chen, Yingyi); Hassan, SG (Hassan, Shahbaz Gul); Li, DL (Li, Daoliang) 2016 Prediction of the temperature in a Chinese solar greenhouse based on LSSVM optimized by improved PSO COMPUTERS AND ELECTRONICS IN AGRICULTURE

7 Chen, YY (Chen, Yingyi); Xu, J (Xu, Jing); Yu, HH (Yu, Huihui); Zhen, ZM ; Li, DL 2016 Three-Dimensional Short-Term Prediction Model of Dissolved Oxygen Content Based on PSO-BPANN Algorithm Coupled with Kriging Interpolation MATHEMATICAL PROBLEMS IN ENGINEERING

8 Li, Z (Li, Zhen)[ 1,2,3,4 ] ; Wang, JX (Wang, Jinxing)[ 2 ] ; Li, DL (Li, Daoliang) Li, Z (Li, Zhen) ; Wang, JX (Wang, Jinxing) ; Li, DL (Li, Daoliang) 2016 Applications of Raman spectroscopy in detection of water quality APPLIED SPECTROSCOPY REVIEWS

9 Liu, SY; Xu, LQ; Li, DL 2016 Multi-scale prediction of water temperature using empirical mode decomposition with back-propagation neural networks COMPUTERS & ELECTRICAL ENGINEERING

10 Li, FM ; Wei, YG; Chen, YY; Li, DL; Zhang, X 2015 An Intelligent Optical Dissolved Oxygen Measurement Method Based on a Fluorescent Quenching Mechanism SENSORS

11 Zhao, XH; Li, DL; Yang, B; Chen, HL; Yang, XB; Yu, CL; Liu, SY 2015 A two-stage feature selection method with its application COMPUTERS & ELECTRICAL ENGINEERING

12 Duan, YN; Stien, LH; Thorsen, A; Karlsen, O; Sandlund, N; Li, DL; Fu, ZT; Meier, S 2015 An automatic counting system for transparent pelagic fish eggs based on computer vision AQUACULTURAL ENGINEERING

13 Zhao,YL. Zhao,DA. Li,DL. 2015 Electrochemical and Other Methods for Detection and Determination of Dissolved Nitrite: A Review INTERNATIONAL JOURNAL OF ELECTROCHEMICAL SCIENCE

14 Zeng,LH. Li,DL. 2015 Development of In Situ Sensors for Chlorophyll Concentration Measurement JOURNAL OF SENSORS

15 Jiang, Y., Z. B. Li, J. J. Fang, J. Yue and D. L. Li -2014 Automatic video tracking of Chinese mitten crabs based on the particle filter algorithm using a biologically constrained probe and resampling Computers and Electronics in Agriculture

16 Zhang, H. and D. L. Li -2014 Applications of computer vision techniques to cotton foreign matter inspection: A review Computers and Electronics in Agriculture

17 Zhao, X. H., D. L. Li, B. Yang, C. Ma, Y. G. Zhu and H. L. Chen -2014 Feature selection based on improved ant colony optimization for online detection of foreign fiber in cotton Applied Soft Computing

18 Liu, S. Y., L. Q. Xu, Y. Jiang, D. L. Li, Y. Y. Chen and Z. B. Li -2014 A hybrid WA-CPSO-LSSVR model for dissolved oxygen content prediction in crab culture Engineering Applications of Artificial Intelligence

19 Ding, Q. S., D. K. Ma, D. L. Li, Y. G. Wei and N. N. Wen -2013 A Wireless Control Node for Dissolved Oxygen in Aquaculture Sensor Letters

20 Gao, G. L., H. F. Zhao, D. L. Li, B. L. Hu and G. J. Wang -2013 A New Approach for Evaluating Cotton Flow Velocity in Rectangular Pipeline Sensor Letters

21 Hu, J., D. L. Li, Q. L. Duan, G. F. Chen and Y. Q. Han -2013 Texture Extraction and Analysis by Statistical Methods for Fish Species Classification Sensor Letters

22 Ji, R. H., D. L. Li, W. L. Gao and X. Li -2013 The Spectral Reflection Analysis of Several Typical Foreign Fibers in Different Thick Cotton Layers Sensor Letters

23 Liu, S. Y., L. Q. Xu and D. L. Li -2013 Prediction of Aquaculture Water Quality Based on Combining Principal Component Analysis and Least Square Support Vector Regression Sensor Letters

24 Ma, D. K., D. L. Li, Q. S. Ding and C. Wang -2013 A Combined Sensor for Simultaneous Measurements of Soil Moisture and Electrical Conductivity Sensor Letters

25 Sun, L. Q., B. X. Sun, D. L. Li, Z. Y. Li and L. H. Zheng -2013 Cotton Comprehensive Equilibrium Transport Model and the Algorithm Analysis Sensor Letters

26 Sun, Y. N., D. L. Li, S. F. Du, Y. G. Wei, D. K. Ma and Q. S. Ding -2013 WSN-Based Intelligent Detection and Control of Dissolved Oxygen in Crab Culture Sensor Letters

27 Tai, H. J., Q. S. Ding, L. H. Zeng, S. Y. Liu and D. L. Li -2013 An Intelligent Ammonia Sensor Based on Multi-Parameter for Aquaculture Sensor Letters

28 Yang, W. Z., S. L. Wang, S. K. Lu, J. W. Yang and D. L. Li -2013 Stripe Noise Removal from Line. Scan Images of Foreign Fibers Sensor Letters

29 Zhang, L. X., Y. Li, D. L. Li, X. X. Li and Z. T. Fu -2013 Call-Center-Oriented Method of Chinese Words Automatic Segmentation for Cotton Knowledge Sensor Letters

30 Fang, J. J., Y. Jiang, J. Yue, Z. C. Wang, D. L. Li and Z. B. Li -2013 A hybrid approach for efficient detection of plastic mulching films in cotton Mathematical and Computer Modelling

31 Jiang, Y., J. J. Fang, Z. B. Li, J. Yue, Z. C. Wang and D. L. Li -2013 Automatic tracking of swimming koi using a particle filter with a center-surrounding cue Mathematical and Computer Modelling

32 Li, D. Y., L. Kang, X. R. Cheng, D. L. Li, L. Q. Ji, K. Y. Wang and Y. Y. Chen -2013 An ontology-based knowledge representation and implement method for crop cultivation standard Mathematical and Computer Modelling

33 Liu, S. Y., H. J. Tai, Q. S. Ding, D. L. Li, L. Q. Xu and Y. G. Wei 2013 A hybrid approach of support vector regression with genetic algorithm optimization for aquaculture water quality prediction Mathematical and Computer Modelling

34 Yang, W. Z., D. L. Li, S. L. Wang, S. K. Lu and J. W. Yang -2013 Saliency-based color image segmentation in foreign fiber detection Mathematical and Computer Modelling

35 Yao, H., Q. L. Duan, D. L. Li and J. P. Wang -2013 An improved K-means clustering algorithm for fish image segmentation Mathematical and Computer Modelling

36 Yue, J., L. Liu, Z. B. Li, D. L. Li and Z. T. Fu -2013 Improved quality analytical models for aquatic products at the transportation in the cold chain Mathematical and Computer Modelling

37 Zhang, L. X., X. Liu, D. L. Li and Z. T. Fu -2013 Evaluation of the rural informatization level in four Chinese regions: A methodology based on catastrophe theory Mathematical and Computer Modelling

38 Liu, S. Y., L. Q. Xu, D. L. Li, Q. C. Li, Y. Jiang, H. J. Tai and L. H. Zeng -2013 Prediction of dissolved oxygen content in river crab culture based on least squares support vector regression optimized by improved particle swarm optimization Computers and Electronics in Agriculture

39 Wang, J. L., J. L. He, Y. Han, C. Q. Ouyang and D. L. Li -2013 An Adaptive Thresholding algorithm of field leaf image Computers and Electronics in Agriculture

40 Chen, G. F., J. Hu, D. L. Li and X. L. Si -2012 Image Recognition of Maize Diseases Based on Fuzzy Clustering and Support Vector Machine Algorithm Sensor Letters

41 Hu, J., D. L. Li, Q. L. Duan, Y. Q. Han and G. F. Chen -2012 A Fuzzy C-Means Clustering Based Algorithm to Automatically Segment Fish Disease Visual Symptoms Sensor Letters

42 Li, L., Y. Y. Chen, H. J. Gao and D. L. Li -2012 Automatic Recognition of Village in Remote Sensing Images by Support Vector Machine Using Co-Occurrence Matrices Sensor Letters

43 Li, Z. B., J. Yue, L. Hu, D. L. Li and Z. T. Fu -2012 Weighted Least Square Fitting Based Abnormal Aquaculture Water Quality Perception Data Elimination Sensor Letters

44 Li, Z. B., J. Yue, H. Li, D. L. Li and Z. T. Fu -2012 Individual Identification from 3D Captured Movement Data Sensor Letters

45 Li, Z. B., J. Yue, L. F. Zhang, D. L. Li and Z. T. Fu -2012 Design and Implementation of Real-Time Monitoring and Intelligent Management System for Intensive Aquaculture Sensor Letters

46 Tai, H. J., S. Y. Liu, D. L. Li, Q. S. Ding and D. K. Ma -2012 A Multi-Environmental Factor Monitoring System for Aquiculture Based on Wireless Sensor Networks Sensor Letters

47 Yue, J., Z. B. Li, L. Liu, D. L. Li and Z. T. Fu -2012 An Improved Ant Colony Algorithm for Agricultural Knowledge Storage Scheduling Under Grid Environment Sensor Letters

48 Zhang, L. Z., Q. L. Duan and D. L. Li -2012 A Methodology for Diagnostic Reasoning of Herring's Disease Based on Ontology Construction Sensor Letters

49 Tai, H. J., D. L. Li, C. Wang, Q. S. Ding, C. W. Wang and S. Y. Liu -2012 Design and characterization of a smart turbidity transducer for distributed measurement system Sensors and Actuators a-Physical

50 Chen, Y. Y., Y. Wang, D. L. Li and X. Wu -2012 A MONITORING SYSTEM BASED ON ENVIRONMENT INDICATOR TECHNOLOGY FOR LAND REHABILITATION IN COAL MINE DUMP AREAS Intelligent Automation and Soft Computing

51 Li, Z. B., Y. Jiang, J. Yue, L. F. Zhang and D. L. Li -2012 AN IMPROVED GRAY MODEL FOR AQUACULTURE WATER QUALITY PREDICTION Intelligent Automation and Soft Computing

52 Ma, D. K., Q. S. Ding, Z. B. Li, D. L. Li and Y. G. Wei -2012 PROTOTYPE OF AN AQUACULTURAL INFORMATION SYSTEM BASED ON INTERNET OF THINGS E-NOSE Intelligent Automation and Soft Computing

53 Chen, Y. Y., X. Wu, D. L. Li, Y. Liang and D. D. Li -2012 APPLICATION OF GPS & GPRS TECHNOLOGY TO FIELD DATA ACQUISITION IN COAL MINE DUMP AREA Intelligent Automation and Soft Computing

54 Hu, J., D. L. Li, G. F. Chen, Q. L. Duan and Y. Q. Han -2012 IMAGE SEGMENTATION METHOD FOR CROP NUTRIENT DEFICIENCY BASED ON FUZZY C-MEANS CLUSTERING ALGORITHM Intelligent Automation and Soft Computing

55 Li, L., Y. Y. Chen, H. J. Gao and D. L. Li -2012 A HYBRID REGISTRATION APPROACH OF REMOTE SENSING IMAGES FOR LAND CONSOLIDATION Intelligent Automation and Soft Computing

56 Li，Daoliang；Yang SimonX； 2012 Intelligent automation and control systems for Agriculture "Intelligent Automation and Soft Computing"

57 Hu, J., D. L. Li, Q. L. Duan, Y. Q. Han, G. F. Chen and X. L. Si -2012 Fish species classification by color, texture and multi-class support vector machine using computer vision Computers and Electronics in Agriculture

58 Sun, Y. R., C. X. Cai, J. H. Lin, Q. Cheng, F. J. Meng and D. L. Li -2011 A case study of EM38 for characterizing topsoil thickness in a reclaimed field Journal of the Chinese Institute of Engineers

59 Yang, W. Z., D. L. Li and L. A. Zhu -2011 An improved genetic algorithm for optimal feature subset selection from multi-character feature set Expert Systems with Applications

60 Chen, Y. Y., D. D. Li, D. L. Li, X. Wu and Y. J. Zheng -2011 Assessment for soil improvement benefit of land rehabilitation in dump areas Mathematical and Computer Modelling

61 Yang, W. Z., S. K. Lu, S. L. Wang and D. L. Li -2011 Fast recognition of foreign fibers in cotton lint using machine vision Mathematical and Computer Modelling

62 Zhu, X., D. L. Li and L. F. Rodriguez -2011 An agent-based simulation model of a nutrient trading market for natural resources management Mathematical and Computer Modelling

63 Sun, H., M. Z. Li and D. L. Li -2011 The vegetation classification in coal mine overburden dump using canopy spectral reflectance Computers and Electronics in Agriculture

64 Zhang, X., D. L. Li, W. Z. Yang, J. X. Wang and S. X. Liu -2011 A fast segmentation method for high-resolution color images of foreign fibers in cotton Computers and Electronics in Agriculture

65 Chen, J., D. L. Li, S. F. Du, Y. G. Wei and H. J. Tai -2011 A Wireless Sensor Network Based Water Temperature Stratification Monitoring System for Aquaculture of Sea Cucumber Sensor Letters

66 Cui, J. Y., J. Q. Wang, Q. Wang and D. L. Li -2011 Study on Traceability Coding of Wheat Quality and Distributed Object Name Service Sensor Letters

67 Ding, Q. S., H. J. Tai, D. K. Ma, D. L. Li and L. L. Zhao -2011 Development of a Smart Dissolved Oxygen Sensor Based on IEEE1451.2 Sensor Letters

68 Tai, H. J., D. L. Li, Y. G. Wei, D. K. Ma and Q. S. Ding -2011 An Intelligent Turbidimeter for Monitoring Suspended Sediment Sensor Letters

69 Wei, Y. G., Q. S. Ding, D. L. Li, H. J. Tai and J. Q. Wang -2011 Design of an Intelligent Electrical Conductivity Sensor for Aquaculture Sensor Letters

70 Wei, Y. G., D. L. Li, H. J. Tai, J. Q. Wang and Q. S. Ding -2011 Prediction of Dissolved Oxygen Content in Aquaculture of Sea Cucumber Using Support Vector Regression Sensor Letters

71 Yan, M. X., D. L. Li, Y. G. Wei, H. J. Tai and Q. S. Ding -2011 Short-Term Predicting Model for Dissolved Oxygen of Hyriopsis Cumingii Ponds Based on Elman Neural Network Sensor Letters

72 Zhang, X., D. L. Li, W. Z. Yang, J. X. Wang and S. X. Liu -2011 An Improved Morphological Edge Detection Method for Color Images of Cotton Foreign Fibers Sensor Letters

73 Zhao, X. H., D. L. Li, W. Z. Yang and G. F. Chen -2011 Feature Selection Based on Ant Colony Optimization for Cotton Foreign Fiber Sensor Letters

74 Guo, X. Y., K. Komnitsas and D. L. Li -2010 Correlation Between Herbaceous Species and Environmental Variables at the Abandoned Haizhou Coal Mining Site Environmental Forensics

75 Wang, X. X., Y. Y. Chen, D. L. Li and Y. J. Jiang -2010 A GIS-BASED DECISION SUPPORT SYSTEM FOR PLANT SPECIES SELECTION IN DUMP AREA REVEGETATION Intelligent Automation and Soft Computing

76 Komnitsas, K., X. Y. Guo and D. L. Li -2010 Mapping of soil nutrients in an abandoned Chinese coal mine and waste disposal site Minerals Engineering

77 Ji, R. H., D. L. Li, L. R. Chen and W. Z. Yang -2010 Classification and identification of foreign fibers in cotton on the basis of a support vector machine Mathematical and Computer Modelling

78 Zhang, L. X., D. L. Li, X. Liu and Z. T. Fu -2010 Multi-criteria decision support for China agricultural domestic support based on CGE model Mathematical and Computer Modelling

79 Zhang, L. X., H. J. Wen, D. L. Li, Z. T. Fu and S. Cui -2010 E-learning adoption intention and its key influence factors based on innovation adoption theory Mathematical and Computer Modelling

80 Duan, Y. Q., Q. L. He, W. Z. Feng, D. L. Li and Z. T. Fu -2010 A study on e-learning take-up intention from an innovation adoption perspective: A case in China Computers & Education

81 Zhu, X. N., D. L. Li, D. X. He, J. Q. Wang, D. K. Ma and F. F. Li -2010 A remote wireless system for water quality online monitoring in intensive fish culture Computers and Electronics in Agriculture

82 Li, D. L., W. Z. Yang and S. Wang -2010 Classification of foreign fibers in cotton lint using machine vision and multi-class support vector machine Computers and Electronics in Agriculture

83 Ding, Q. S., D. K. Ma, D. L. Li and L. L. Zhao -2010 Design and Implementation of a Sensors Node Oriented Water Quality Monitoring in Aquaculture Sensor Letters

84 Feng, W. Z., D. L. Li, Y. Q. Duan and Z. T. Fu -2010 A Survey of Stickiness of Agriculture Knowledge Acquisition in China Sensor Letters

85 Gao, G. L., D. L. Li and S. H. Shang -2010 New Method of Cotton Flow Speed Detection Based on Area CCD Sensor Letters

86 Li, F. F., D. L. Li, Y. G. Wei, D. K. Ma and Q. S. Ding -2010 Dissolved Oxygen Prediction in Apostichopus Japonicus Aquaculture Ponds by BP Neural Network and AR Model Sensor Letters

87 Ma, D. K., Q. S. Ding, D. L. Li and L. L. Zhao -2010 Wireless Sensor Network for Continuous Monitoring Water Quality in Aquaculture Farm Sensor Letters

88 Zhao, L. L., D. L. Li, D. K. Ma and Q. S. Ding -2010 An Portable Intelligent Measurement Instrument for Dissolved Oxygen in Aquaculture Sensor Letters

89 Zou, X. C., W. Su, Y. Y. Chen, L. Li and D. L. Li -2010 Estimation of Fractional Vegetation Cover in Opencast Coal Mine Dump Area Using Landsat TM Data Sensor Letters

90 Guo, X. Y., D. L. Li and K. Komnitsas -2010 SPATIAL HETEROGENEITY OF SOIL NUTRIENTS IN AN ABANDONED COAL MINE AND WASTE DISPOSAL SITE OF CHINA Intelligent Automation and Soft Computing

91 Su, W., Z. P. Sun, D. L. Li, R. Ramsankaran, X. Zhu and X. Y. Guo 2007 Vegetation recovery monitoring over the waste dump in Haizhou opencast coalmine area, China, during 1975-2000 using NDVI and VF index Journal of the Indian Society of Remote Sensing

92 Yang, W. Z., D. L. Li, L. Zhu, Y. Kang and F. Li -2009 A new approach for image processing in foreign fiber detection Computers and Electronics in Agriculture

93 Chen, Y. Y., Y. J. Jiang and D. L. Li -2007 A decision support system for evaluation of the ecological benefits of rehabilitation of coal mine waste areas New Zealand Journal of Agricultural Research

94 Chen, Y. Y., Y. J. Siang, H. Wang and D. L. Li -2007 Assessment of ambient air quality in coal mine waste areas - a case study in Fuxin, China New Zealand Journal of Agricultural Research

95 Dou, J. L., Y. Y. Chen, Y. J. Jiang, Y. Wang, D. L. Li and F. R. Zhang -2007 A web-GIS based support system for rural land consolidation in China New Zealand Journal of Agricultural Research

96 Feng, W. Z., J. Zhang and D. L. Li -2007 A conceptual development of a hypermedia-enabled agricultural expert system New Zealand Journal of Agricultural Research

97 Fu, Z. T., J. Yue, D. L. Li, X. S. Zhang, L. X. Zhang and Y. J. Gao -2007 Evaluation of learner adoption intention of e-learning in China: a methodology based on perceived innovative attributes New Zealand Journal of Agricultural Research

98 Gao, W., Z. T. Fu, D. L. Li, L. Y. You, J. Zhang and X. S. Zhang -2007 AgriInfo: an agricultural information system based on a call centre in China New Zealand Journal of Agricultural Research

99 Gong, W. W., D. L. Li, X. Liu, J. Yue and Z. T. Fu -2007 Improved two-grade delayed particle swarm optimisation (TGDPSO) for inventory facility location for perishable food distribution centres in Beijing New Zealand Journal of Agricultural Research

100 Han, Y. X., M. Z. Li and D. L. Li -2007 Vegetation index analysis of multi-source remote sensing data in coal mine wasteland New Zealand Journal of Agricultural Research

101 Yue, J., D. L. Li, L. X. Zhang, W. W. Gong and Z. T. Fu -2007 A WordNet-driven approach to vegetable supply chain domain concepts acquisition New Zealand Journal of Agricultural Research

102 Zhang, L. X., D. L. Li, W. S. Mu, J. Yue and Z. T. Fu -2007 Analysing levels of China's agricultural domestic support with an optimising model New Zealand Journal of Agricultural Research

103 Duan, Y. Q., Z. T. Fu and D. L. Li -2003 Toward developing and using Web-based tele-diagnosis in aquaculture Expert Systems with Applications

104 Lia, D. L., Z. T. Fu and Y. Q. Duan -2002 Fish-Expert: a web-based expert system for fish disease diagnosis Expert Systems with Applications ^[9] 

國家萬人計劃科技創新領軍人才，中國青年科技獎獲得者 ^[10]  ，全國優秀科技工作者，科技部中青年科技領軍人才 ^[3]  、農業部傑出科研人才 ^[4]  、教育部新世紀人才。第一完成人獲省部級科技一、二等獎7項，在教學領域並獲得校級優秀博士論文指導教師稱號，獲得本科生優秀指導教師稱號等 ^[1]  。 ^[1] 

李道亮教授主持完成的“水產集約化養殖精準測控關鍵技術與裝備”項目，2019年度國家科學技術進步獎二等獎 ^[11] 

項目名稱：水產集約化養殖精準測控關鍵技術與裝備

主要完成人：李道亮，楊信廷，陳英義，邢克智，吳華瑞，阮懷軍，傅澤田，翟介明，蔣永年，黃訓松

主要完成單位：中國農業大學，北京農業信息技術研究中心，天津農學院，山東省農業科學院科技信息研究所，萊州明波水產有限公司，江蘇中農物聯網科技有限公司，福建上潤精密儀器有限公司

項目簡介：屬農業電氣化與自動化領域，針對我國水產養殖業的可持續發展困境，提出水產集約化養殖精準測控技術體系：感知新技術和傳感器打破了國外技術壟斷；無線跨網適配技術和無線採集控制器填補了國內產品空白；智能決策模型和雲平台引領了產業發展方向；精準測控技術體系帶動了行業技術進步。經鑑定，本項目創新性成果整體上達到國際先進水平，相關技術成果在江蘇、山東、天津等23省市自治區進行了大面積推廣，取得了顯著的經濟社會效益。

2020年5月，獲得“第二屆全國創新爭先獎狀”。 ^[12] 

2023年2月，榮獲第五屆傑出工程師獎。 ^[13]