[1] Qing He, Shixin Wang, Wenhui Feng, A Forward Propagation Automatic Seeking Solution Artificial Intelligence Model[C]. 2023 IEEE 5th International Conference on Civil Aviation Safety and Information Technology (ICCASIT),1108-1111

[2] He Qing, Zhang Qingchao, A flexible temperature sensing finger using optical fiber grating for soft robot application[J].Optoelectronics Letters, vol.17, no.07, pp.400-406, 2021.

[3] 賀慶,郝思聰,司娟甯,吳迎年,程傑.面(miàn)向(xiàng)腦機接口的腦電采集設備硬件系統綜述[J].中國(guó)生物醫學(xué)工程學(xué)報,2020,39(06):747-758.

[4] He Qing, Qi Chunchen, Liu Chao, Lou Xiaoping and Zhu Lianqing, ”A compact arbitrary power division coupler with nonstandard phase-difference,” Journal of Electromagnetic Waves and Applications, vol.32, no.3, pp.293-305, 2018

[5] He Qing, Meng Xiaochen, Lou Xiaoping and Zhu Lianqing, ”Analysis and Design of a Planar Rat-Race Coupler with Arbitrary Power Division Ratio and nth Harmonics Suppression,” Electromagnetics, vol.36, no.5, pp.305-316, 2016

[6] He Qing, Zhang Fan, Lou Xiaoping and Zhu lianqing,” A Nonstandard Phase-Difference Ring Coupler for Unequal Power Division,” Electromagnetics, vol.36, no.2, pp.111-122, Feb.2016,

[7] He Qing, Wen Yinghong, Chen Song and Wang Kai, ”A compact uniplanar rat-race coupler with arbitrary power division ratio and harmonics suppression,” Progress in Electromagnetics Research Letters, vol.52, pp.71-78,2015

[8] He Qing, Meng Xiaochen, Lou Xiaoping and Zhu lianqing,”A design of quasi-arbitrary phase difference unequal microstrip power divider,” Progress in Electromagnetics Research Letters, vol.61, pp.63-69, 2017

[9] Liu Dong, Wen Yinghong, Chen Song and He Qing,”A new method of on-site radiated emission measurement of train based on Blind Source Separation,”Proceedings of the 2015 International Conference on Electromagnetics in Advanced Applications, pp.678-681, Oct.2015

指導學(xué)生發(fā)表論文：

[1] 禹鑫鵬,賀慶,劉佳镕等.紅外體溫檢測手環的溫度補償研究[J].工業計量,2024,34(01):1-4.

[2] 劉佳镕,王林瑤,吳迎年,賀慶.基于眼電圖的有意/無意眼動分類方法及應用綜述[J].生物醫學(xué)工程學(xué)雜志,2022,39(04):833-840+847.

[3]郝思聰,賀慶,李曉曦.基于DDS時(shí)鍾合成(chéng)的變采樣(yàng)率偶發(fā)信号采樣(yàng)方法[J].電子測量技術,2021,44(21):108-112.

[4]張青超,賀慶,郝思聰,程傑.低功耗無線煙霧報警器的設計[J].消防科學(xué)與技術,2021,40(04):527-530.

[5]張佳斌,賀慶,張青超.光纖光栅傳感器陣列在空間溫度場測量中的應用[J].激光與紅外,2020,50(06):724-728.

[6]張佳斌,賀慶,孟凡勇,宋言明,董占國(guó).基于DS18B20的傳感器陣列在空間溫度場研究中的應用[J].工具技術,2019,53(12):102-104.

[7]徐雪嬌,賀慶,宋言明,王宏.氣體流速對(duì)PM2.5濃度實時(shí)測量值的影響[J].自動化儀表,2019,40(02): 81-83+91.

[8]張鑫鵬,劉佳,賀慶,婁小平,祝連慶.MG-Y型可調諧激光器驅動電路設計[J].工具技術,2018,52(07): 122-126.

[9]張鑫鵬,賀慶,劉佳,祝連慶.光度計與顆粒計數相結合的顆粒質量濃度檢測方法研究[J].半導體光電, 2018, 39(03): 431-434+439.

[10]張津津,周哲海,祝連慶,賀慶,郭陽寬.酶免分析儀孵育過(guò)程的分段溫控方法研究[J].電子測量與儀器學(xué)報,2017,31(11):1760-1765.

[11]韓仁銀,郭陽寬,祝連慶,賀慶.基于霍爾傳感器的無刷直流電機改進(jìn)測速方法[J].儀表技術與傳感器, 2017(10): 115-117+122.

[12]路和生,婁小平,賀慶,郭陽寬.基于CAN總線的全自動凝血分析儀通信系統[J].微型機與應用,2017, 36(18): 63-65.

[13]韓仁銀,郭陽寬,祝連慶,賀慶.全自動酶免分析儀加樣(yàng)針同步控制系統設計[J].微特電機,2017,45(09): 52-55.

[14]韓仁銀,郭陽寬,祝連慶,賀慶.多電機同步控制綜述[J].電機與控制應用,2017,44(06):8-12.

[15]肖亞男,周哲海,郭陽寬,賀慶,祝連慶.非接觸式微量加樣(yàng)方法研究[J].自動化儀表,2017,38(03):79-81.