(1)获奖情况 1、2013年,“红云园丁奖”模范教师 2、2015年,云南省技术发明一等奖; 3、2015年,昆明理工大学信息工程与自动化学院“服务师生先进模范” 4、2020年,中国仪器仪表学会实验仪器分会“挚友”; 5、2020年,昆明理工大学信息工程与自动化学院“服务育人先进模范”; 6、2021年,昆明理工大学研究生“最美老师”; 7、2022年,昆明理工大学“优秀教师”; 8、2022年,昆明理工大学信息工程与自动化学院纳轩育才奖教基金学生工作二等奖。 (2)教学/科研项目 1、异质多智能体网络优化与协同控制及其在多源微波能冶金中应用(国家自然科学基金/主持); 2、微波与多金属矿物相互作用过程的建模与最优控制研究(国家自然科学基金/主持); 3、基于传输线模型的异质材料等效介电常数研究(省级人才培养/主持)。 (3)论文 1、Biao Yang (杨彪)*, Zhao-gang Wu, Hao Gao, Yu-yi Shi, Fei-yun Peng, Hong-bin Huang, Ze-min Han, Temperature field optimization for distributed combined heat of multi-microwave sources based on group consistency under time-varying communication topology, Applied Thermal Engineering, 2024, 241, 122302. (SCI) 2、Cheng Cheng,Biao Yang (杨彪)*, Bin-hua Li, Ze-min Han, Fei-yun Peng, Model predictive coordinated cooperative control mechanism for multiagent systems based on priority negotiation,Journal of Process Control, 2024, 136, 103182. (SCI) 3、Biao Yang (杨彪)*, Zhong-wei Zhao, Zhao-gang Wu, Si-long Liu, Ying Yang, Bing-yan Liu, Research on the optimization of the temperature field distribution of a multi-source microwave agent system based on event-triggered,Chemical Engineering and Processing - Process Intensification, 2024, 198, 109727. (SCI) 4、Biao Yang (杨彪)*, Fei-yun Peng, Zi-qi Zhang, Zhao-gang Wu, Hong-bin Huang, Yu-yi Shi, Ze-min Han, Multi-source microwave heating temperature uniformity study based on adaptive dynamic programming,High Temperature Materials and Processes, 2023, 42(01), 20220303. (SCI) 5、杨彪*,苏森涛,马亦骥,倪瑞璞,曾德明,肖青云,王银双,基于场路结合的微波加热系统等效电路模型,中南大学学报(自然科学版), 2023, 54(09): 3676-3687. (EI) 6、杨彪*,黄宏彬,杜庆治,吴照刚,彭飞云,韩泽民,基于特征正交分解的微波加热过程快速求解方法,控制与决策, 2023. (EI) 7、杨彪*,高皓,李鑫培,成宬,杜婉,刘承,马红涛,基于一致性理论的多源微波加热温度均匀性优化研究,控制与决策, 2023, 38(04): 989-998. (EI) 8、Biao Yang (杨彪)*, Fei-yun Peng, Cheng Cheng, Zhao-gang Wu, Hong-bin Huang, Study on the microwave heating temperature uniformity of an intelligent synergistic mode stirrer,Journal of Microwave Power and Electromagnetic Energy, 2023, 57(03): 178-202. (SCI) 9、Biao Yang (杨彪)*, Ze-min Han, Cheng Cheng, Hao Gao, Zhao-gang Wu, Temperature uniformity optimization with power-frequency coordinated variation in multi-source microwave based on sequential quadratic programming,High Temperature Materials and Processes, 2023, 42(01), 20220279. (SCI) 10、Biao Yang (杨彪)*, Zhao-gang Wu, Hao Gao, Lie-xing Zhou, Jun Sun, Research on the optimisation of the temperature field distribution of a multi microwave source agent system based on group consistency,High Temperature Materials and Processes, 2022, 41(01): 650-668. (SCI) 11、Biao Yang (杨彪)*, Qing-yun Xiao, Cheng Cheng, Sen-tao Su, Research on temperature uniformity optimization of microwave heating Debye media based on MDADT,International Journal of RF and Microwave Computer-Aided Engineering, 2022, 32(12), e23538. (SCI) 12、Cheng Cheng,Biao Yang (杨彪)*, Bin-hua Li, Qing-yun Xiao, Hao Gao, Double-layered model predictive optimization control strategy for temperature uniformity of microwave heating process,Case Studies in Thermal Engineering, 2022, 40, 102544. (SCI) 13、Biao Yang (杨彪)*, Hong-bin Huang, Hong-tao Ma, Lie-xing Zhou, Qing-zhi Du, Calculation of Microwave Heating Temperature Distribution Based on SVD Truncation,Journal of Microwave Power and Electromagnetic Energy, 2022, 56(04): 238-258. (SCI) 14、Biao Yang (杨彪)*, Hong-bin Huang, Lie-xing Zhou, Huai-ping Jin, Method for Solving the Microwave Heating Temperature Distribution of the TE10 Mode,Processes, 2022, 10(07), 1377. (SCI) 15、Biao Yang (杨彪)*, Yin-shuang Wang, Yue-dong Zhan, Lithium Battery State-of-Charge Estimation Based on a Bayesian Optimization Bidirectional Long Short-Term Memory Neural Network,Energies, 2022, 15(13): 989-998. (SCI) 16、杨彪*,邓卓,刘志邦,母其海,朱娜,基于尖点突变模型的微波加热固体介质的热失控分析,中南大学学报(自然科学版), 2022, 53(02): 707-716. (EI) 17、杨彪*,马红涛,杜婉,刘承,高皓,基于空间基函数优化组合的微波加热温度分布数值求解,控制理论与应用, 2022, 39(05): 959-968. (EI) 18、杨彪*,刘志邦,李鑫培,周烈兴,邓卓,母其海,朱娜,基于一致性算法的多模式搅拌器微波加热系统温度均匀性优化,控制与决策, 2021, 36(12): 2901-2909. (EI) 19、孙磊,孙俊*,高晓梅,杨彪,张晶,周瑶,基于超材料的微波宽带完美吸波体设计,材料导报, 2021, 35(15): 12014-12019. (EI) 20、杨彪*,王世礼,郭林嘉,彭金辉,基于动网格的微波加热温度均匀性数值计算方法,控制与决策, 2019, 34(01): 113-120. (EI) 21、Biao Yang (杨彪), Jun Sun, Wei Li, Jin-hui Peng*, You-ling Li, Hui-long Luo, Sheng-hui Guo, Zhu-min Zhang, He-zhou Su, Ya-ming Shi, Numerical modeling dynamic process of multi-feed microwave heating of industrial solution media,Journal of Central South University, 2016, 23(12): 3192-3203. (SCI) 22、Biao Yang (杨彪), Jin-hui Peng*, Wei Li, You-ling Li, Hui-long Luo, Zhu-min Zhang, Sheng-hui Guo, Shi-min Zhang, He-zhou Su, Ya-ming Shi, DNN-Based ADNMPC of an Industrial Pickling Cold-Rolled Titanium Process via Field Enhancement Heat Exchange,International Journal of Chemical Engineering, 2015, 2015(3), 292470. (SCI) 23、Biao Yang (杨彪), Gui-an Liang, Jin-hui Peng*, Sheng-hui Guo, Wei Li, Shi-min Zhang, Ying-wei Li, Song Bai, Self-adaptive PID controller of microwave drying rotary device tuning on-line by genetic algorithms,Journal of Central South University, 2013, 20(10): 2685-2692. (SCI) 24、Biao Yang (杨彪), Jin-hui Peng*, He-zhou Su, Sheng-hui Guo, Ya-ming Shi, Shi-min Zhang, Li-bo Zhang, Zhan-yuan Cao, Wei Li, Optimizing PID controller based on genetic algorithm for industrial microwave heating device,International Journal of Digital Content Technology and Its Applications, 2012, 6(23): 475-482. (SCI) 25、Biao Yang (杨彪), Jin-hui Peng*, Sheng-hui Guo, Shi-min Zhang, Wei Li, Tao He, Acid-pickling plates and strips speed control system by microwave heating based on self-adaptive fuzzy PID algorithm,Journal of Central South University, 2012, 19(08): 2179-2186. (SCI) (4)知识产权 1、基于图像处理和结构抽象算法的微波冶金多金属矿物介电特性计算方法,发明专利, 2023-04-28授权. 2、一种可拓展多微波源协同输出的智能微波反应器系统,发明专利, 2023-04-07授权. 3、一种基于尖点突变模型的微波加热碳化硅陶瓷的温度控制方法,发明专利, 2022-12-13授权. 4、一种改善微波加热温度均匀性的方法,发明专利, 2021-12-17授权. 5、一种微波加热条件下高钙镁钛精矿的介电常数调节方法,发明专利, 2021-07-30授权. 6、一种基于双层结构模型预测控制的微波高温反应器温度精确控制方法,发明专利, 2021-06-01授权. 7、一种应用多层稳态目标计算的模型预测控制的分布式系统控制方法,发明专利, 2021-06-01授权. 8、一种等效介电常数能够调节的微波加热装置及方法,发明专利, 2020-10-27授权. 9、一种远程监控LCC谐振式变换器的微波应用系统,发明专利, 2019-07-05授权. 10、模糊逻辑优化PID控制器参数的钛带卷连续酸洗活套高度控制方法,发明专利, 2018-12-14授权. 11、一种LCC谐振式微波应用器供电电源系统,实用新型专利, 2017-6-13授权. 12、一种基于LCC谐振网络的微波应用器驱动电源,实用新型专利, 2017-1-11授权. |