随阳轶-凯发k8国际版

1998.9-2002.6 吉林大学计算机科学与技术学院 本科学习
2002.9-2005.6 吉林大学计算机科学与技术学院 硕士研究生学习
2005.9-2008.6 吉林大学仪器科学与电气工程学院 博士研究生学习

2016.8-2017.8 澳大利亚csiro manufacturing  访问学者

1.负责人，国家重点研发计划（“航空重磁多参量组合观测关键技术研究”项目）子课题：航空重磁综合观测实时监控系统与数据智能评价研究（2021yfb3900205-02）

2.负责人，国家自然科学基金面上项目：基于张量分析的航空磁梯度张量场数据质量控制方法研究（42074217）

9.主要参加人，吉林省科技发展计划项目（中青年科技创新领军人才及团队项目）：吉林省精密弱磁检测创新团队（20160519023jh）

1. ke liu, hongsong miao, qiang fu, yuqi pang, yangyi sui. error characteristic analysis and error source identification of aeromagnetic field gradient tensor measurements, ieee mmagnets letters, volume 14, 2023, 8100205. (sci检索)

2. ke liu, yangyi sui, david clark, jun lin. evaluation method for airborne full magnetic gradient tensor data measured over a survey area, ieee transactions on instrumentation and measurement, 2023, vol 72, p1-11. (sci检索)

3. ying wang, qiang fu and yangyi sui. a robust tracking method for multiple moving targets based on equivalent magnetic force, micromachines 2022,13, 2018. (sci检索)

4. ke liu, yangyi sui, hao cheng, zixiao wang, and david a. clark. magnetic dipole moment determination using near-field magnetic gradient tensor data, ieee geoscience and remote sensing letters, vol. 18, no. 7, july 2021: 1169-1173. (sci检索).

5. shibin liu, yangyi sui, hao cheng, zibo zhang, and david clark. accuracy evaluation of calibrating magnetic tensor gradiometers from total-field gradient measurements in aeromagnetic survey, ieee transactions on instrumentation and measurement, vol. 70, 2021: 1007715. (sci检索).

6. shibin liu, yangyi sui, keith leslie, clive foss, and david clark, determination of the direction of magnetization and orientation of a tilted sheet from downhole magnetic gradient tensor data, ieee transactions on geoscience and remote sensing, vol. 58, no. 3, march 2020: 2084-2095. (sci检索)

7. yangyi sui, wei he, zhenghui xia, shibin liu, and keith leslie, error analysis and correction of a downhole rotating magnetic full-tensor gradiometer, ieee access, volume 8, january 2, 2020: 127-139. (sci检索)

8. bi zhonghua, sui yangyi, zhang mingwei, wang zixiao, liu ke, the advantage of magnetic gradient tensor measurement in deep boreholes, 2019 14th ieee international conference on electronic measurement & instruments (icemi’2019), changsha, china. november 1-4, 2019. (国际会议)

9. yangyi sui, ke liu, shibin liu, zhenghui xia, simulation of the magnetic signature for ferromagnetic objects in motion using 3d-printing data, ieee access, volume 7, 2019: 61756-61763. (sci检索)

10. shibin liu, ke liu, and yangyi sui, maneuver-noise reduction from airborne magnetic gradient tensor data based on adaptive filter，gem 2019 xi’an: international workshop on gravity, electrical & magnetic methods and their applications, xi’an, china. may 19-22, 2019. (国际会议)

11. yangyi sui, hongsong miao, zhijian zhou, hui luan, yanzhang wang, correction and compensation of an airborne fluxgate magnetic tensor gradiometer, exploration geophysics, 49(5): 726-734, 2018. (sci检索)

12. yangyi sui, zhenghui xia, zhijian zhou, yanzhang wang, jun lin, a ground-based test facility for airborne magnetic gradient tensor instruments simulating calibration flights, measurement, 121, 66-72, 2018. (sci检索)

13. xiang gao, zhenghui xia, shilong wang, jia du, and yangyi sui(责任作者), low-cost wind-insensitive ultrawideband balloon antenna for seismic telemetry systems, ieee antennas and wireless propagation letters,16, 2832-2835, 2017. (sci检索)

14. yangyi sui, keith leslie, and david clark, multiple-order magnetic gradient tensors for localization of a magnetic dipole, ieee magnetics letters, 8, 6506605, 2017. (sci检索)

15. yangyi sui, shibin liu, zhijian zhou, yanzhang wang, and defu cheng, invariant calibration of magnetic tensor gradiometers, ieee magnetics letters, 8, 6505105, 2017. (sci检索:)

16. 王言章, 陈昆, 随阳轶(责任作者), 康 盼, 苗红松, 一阶数控球形反馈磁张量梯度仪动态特性研究, 仪器仪表学报, 37(12), 2710-2716, 2016.( ei检索)

17. yangyi sui, hongsong miao, yanzhang wang, hui luan, and jun lin, correction of a towed airborne fluxgate magnetic tensor gradiometer, ieee geoscience and remote sensing letters, 13(12), 1837-1841, 2016. ( sci检索)

18. yangyi sui, pan kang, defu cheng, and jun lin, analysis and simulation of flight effects on an airborne magnetic gradient tensor measurement system, ieee transactions on instrumentation and measurement, 64 (10), 2657-2665, 2015. (sci检索)

19. yangyi sui, hongsong miao, zhijian zhou, hui luan, shengbao yu and jun lin, a case of fluxgate magnetic gradient tensor measurement system on microlight, international workshop and gravity, electrical & magnetic methods and their applications, chengdu, china, 19-22 april 2015, pp 25-28.

20. yangyi sui, guang li, shilong wang, and jun lin. compact fluxgate magnetic full-tensor gradiometer with spherical feedback coil, review of scientific instruments, 85 (1), 014701-7, 2014. ( sci检索)

21. sui, yangyi; li, guang; wang, shilong; lin, jun. asphericity errors correction of magnetic gradient tensor invariants method for magnetic dipole localization, ieee transactions on magnetics, 48 (12), 4701-4706, 2012. (sci检索)

参与编著的教材为：
1.林君、谢宣松，虚拟仪器原理及应用，科学出版社，国家十一五规划教材，2006。获2007年吉林省普通高等学校优秀教材2等奖。

2.王春明，栾卉，连续与离散控制工程，北京邮电大学出版社，2015。

1.2015年吉林省自然科学二等奖：水源性地质灾害重大隐患探测与成像研究，林婷婷,刘长胜,蒋川东,万玲,随阳轶,张扬,朱凯光,林君

2.2018年吉林省科技进步二等奖：磁通感生式弱磁探测关键技术及应用，王言章，随阳轶，时洪宇，周志坚，陈晨，赵静，程德福，孙忠，李京杰，陈思宇，庞娜

3.指导学生于2015.12获得全国大学生电子设计竞赛全国二等奖，2018年获得省电子竞赛一等奖。同时获得优秀指导教师称号。

4.吉林大学2022—2023学年本科“课堂教学质量奖”--“优秀奖”。

7.国家发明专利：随阳轶；贺玮；夏争辉；刘世斌；刘珂；毕忠华，一种差分式旋转全张量仪校正方法及装置（zl201811204456.4）

8. 国家发明专利：随阳轶，刘世斌，毕中华，刘珂，张明维，王梓骁，程浩，王康，张子柏，雷小萌，一种评估希尔伯特变换算法获得磁梯度张量准确性的方法（zl201911220247.3）

9. 国家发明专利：随阳轶，刘珂，程浩，王梓骁，张明维，王康，刘世斌，毕忠华，一种基于磁梯度张量的航天器磁矩测试方法（zl201910868617.8）

10. 国家发明专利：随阳轶，王梓骁，刘珂，刘世斌，张明维，程浩，王康，一种各阶磁梯度张量仪的统一校正方法（zl202010181000.1）

11. 国家发明专利：随阳轶，刘世斌，夏争辉，贺玮，刘珂，毕忠华，一种通过井下磁梯度张量数据辨识地下磁层信息的方法（zl 201811598189.3）

12. 国家发明专利：随阳轶，张明维，王梓骁，王康，程浩，刘世斌，刘珂，王莹，张子柏，一种基于磁梯度张量反演磁化率张量的方法（zl 202011168581.1）