一、期刊论文
[1] f. hu*, f. wang, y. ren, f. xu, x. qiu, c. ding, y. jin, error analysis and 3d reconstruction using airborne array insar images, isprs journal of photogrammetry and remote sensing, 190，2022，113-128
[2] f. hu, f. wang, h. yu, f. xu*, asymptotic 3d phase unwrapping for very sparse airborne array-insar images, ieee transactions on geoscience and remote sensing, 2022.
[3] f. hu*, f. leijen, l. chang, j. wu, r. f. hanssen, combined detection of surface changes and deformation anomalies using amplitude-augmented recursive insar time series, ieee transactions on geoscience and remote sensing, 60，2022.
[4] f. hu, f. xue, f. xu*, system concepts and potential applications of a tri-beam spaceborne sar mission, , 60，2022.
[5] f. hu*, h. kevin, a. pier, r. f. hanssen, on the value of les models for evaluating spatio-temporal tropospheric variability in multi-temporal sar interferograms, ieee journal of selected topics in applied earth observations and remote sensing,15，2022
[6] f. hu*, j. wu, detecting spatio-temporal urban surface changes using identified temporary coherent scatterers, journal of systems engineering and electronics, 32(6), 2021. 1304-1317
[7] f. hu*, j. wu, l. chang, r. f. hanssen, incorporating temporary coherent scatterers in multi-temporal insar using adaptive temporal subsets. ieee transactions on geoscience and remote sensing, 2019.
[8] f. hu*, f. leijen, l. chang, j. wu, r. f. hanssen, monitoring deformation along railway systems combining multi-temporal insar and lidar data. remote sensing, 2019.
[9] f. hu, j. wu*, improvement of the multi-temporal insar method using reliable arc solutions, international journal of remote sensing, 2018.
[10] j. wu*, f. hu, monitoring ground subsidence along the shanghai maglev zone using terrasar-x images, ieee geoscience and remote sensing letters, 2017.
[11] g. chen, j. chen, f. hu*, f. xu, improvement of attributed scattering center extraction by using sar super-resolution preprocessing, journal of beijing institute of technology, 2023, 32(6): 685-695.
[12] w. zhu, f. hu*, f. xu, post-processing of insar deformation time series using clustering-based pattern identification. journal of beijing institute of technology, 2023, 32(6): 704-716.
[13] 胡凤鸣*，伍吉仓. 时序合成孔径雷达干涉测量的多级化解算, 同济大学学报(自然科学版), 2019, 47(12): 1817-1824.
[14] s. kahar, f. hu and f. xu*, ship detection in complex environment using sar time series, ieee journal of selected topics in applied earth observations and remote sensing, 15，2022. 3552-3563
[15] y. ren, a. xiao, f. hu et al., coprime sensing for airborne array interferometric sar tomography, ieee transactions on geoscience and remote sensing, 2022.
二、会议论文
[1] f. hu*, f. xu, temporal deformation anomaly detection in recursive multi-temporal insar: quality control and processing strategy. igarss 2023.
[2] g. chen, f. hu*, f. xu, improving 3d reconstruction with airborne array-insar images using a capon-based sidelobe reduction. igarss 2023
[3] j. wei*, f. xu, f. hu, optimal parameter estimation of bsdf in sar simulation based on differential ray tracing. igarss 2023.
[4] z. yang, f. hu*, f. xu, . 2023 international applied computational electromagnetics society symposium (aces-china).
[5] f. hu, f. wang and f. xu, on the value of 3d reconstruction in urban areas using three channel airborne array-insar images, 2022 ieee international geoscience and remote sensing symposium (igarss), 2022.
[6] f. hu and r. f. hanssen, spatio-temporal tropospheric variability in sar interferograms with extremely high temporal resolution, 2021 ieee international geoscience and remote sensing symposium (igarss), 2021.
[7] f. hu and f. xu, conceptual study of tri-beam spacebrone sar, 2021 international applied computational electromagnetics society (aces-china) symposium, 2021.
[8] f. hu, j. wu. spatial-temporal change detection in urban area using adaptive temporal subset multi-temporal insar method. ieee 6th asia-pacific conference on synthetic aperture radar (apsar), xiamen, 2019, pp. 987-992.
[9] f. hu, j. wu. real-time analysis of insar data for deformation monitoring jointly with recursive amplitude and phase process. ieee 6th asia-pacific conference on synthetic aperture radar (apsar), xiamen, 2019, 1402-1407. (excellent paper)
[10] f. hu and j. wu, the analysis of reliable arc solution in the multi-temporal insar, 2017 ieee international geoscience and remote sensing symposium (igarss), 2017.
[11] j. wu, f. hu and t. yang, ground subsidence monitoring along the levee of huangpu river by multi-platform high-resolution sar images, 2016 4th international workshop on earth observation and remote sensing applications (eorsa), 2016.
[12] j. wu and f. hu, ground subsidence monitoring of high speed roads by using ps-insar method, 2015 ieee 5th asia-pacific conference on synthetic aperture radar (apsar), 2015.
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