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| 学院（公章）：
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| 信息学院
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| 填表人（签字）：
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| 填表日期：
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序号
| 学院
| 学号
| 申请人
| 专业
| 导师
| 学位论文题目
| 满足学术成果认定办法的条件序号
| 取得与学位论文相关的学术成果
| 期刊名称
| 发表日期
| 作者排序
| 期刊分区
| 参加高水平国际学术会议的名称时间地点
| 是否重审（如是重审需填写上次评审收到最后一份评阅意见日期）
| 备注
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1
| 信息学院
| 2021024008
| 范珍珍
| 交通信息工程及控制
| 郭晨
| 协同多物理场的多孔介质裂缝反演方法研究
| （一）
| Uncertainty Quantification in Predicting Physical
Property of Porous Medium With Bayesian Evidential Learning
| IEEE Transactions on Geoscience
and Remote Sensing
| 2024.7.15
| 第一作者
| 英文A
|
| 否
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Electrical–elastic Joint Inversion Method
for Fracture Characterization in Anisotropic Media
| IEEE Transactions on Geoscience
and Remote Sensing
| 2023.9.11
| 第二作者（导师一作）
| 英文A
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A Tensorial Archie’s Law for Water Saturation Evaluation
in Anisotropic Model
| IEEE Geoscience and Remote
Sensing Letters
| 2021.10.29
| 第二作者（导师一作）
| 英文B
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An Elastic-Electrical Joint Method for Fracture Evaluation
in Anisotropic Formation
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| 2021.11
| 第一作者
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| AGU Fall Meeting,
New Orleans, US
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Tensor-Resistivity Revised Method for Water Saturation
Evaluation in Anisotropic Model
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| 2023.07
| 第一作者
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| ACES-China, 中国 杭州
|
2
| 信息学院
| 2018024006
| 高荣
| 交通信息工程及控制
| 孙朝云
| 路用粗集料动态多视角成像三维轮廓重建与级配检测方法研究
| （一）
| A lightweight multi-view 3D surfaces reconstruction method and system for aggregate particles
| Powder Technology
| 2025/2/28
| 1.第一作者
| 英文B
| 2021年6月16日参加世界交通运输大会WTC2021，西安
| 否
| 2024年结业
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Small foreign metal objects detection in X-ray images of clothing products using faster R-CNN and feature pyramid network
| IEEE Transactions on Instrumentation and Measurement
| 2021/5/14
| 1.第一作者
| 英文B
|
Automatic Coal and Gangue Segmentation Using U-Net Based Fully Convolutional Networks
| Energies
| 2020/2/6
| 1.第一作者
| 英文C
|
3D Surface Reconstruction of Coarse Aggregate Particles from Occlusion-Free Multi-View Images
| Wuhan Univ. J. Nat. Sci.
| 2024/8/4
| 1.第一作者
| 英文C
|
3
| 信息学院
| 2020024004
| 吕悦
| 交通信息工程及控制
| 王威
| 智能交通场景下无人机对车无线信道测量与建模研究
| （一）
| Low-Altitude UAV Air-to-Ground Multilink Channel Modeling and Analysis at 2.4 and 5.9 GHz
| IEEE Antennas and Wireless Propagation Letters
| 2023.9
| 1.第一作者
| 英文/B
| 1、2021 13th ISAPE. Zhuhai, China. 2021
2、2023 6th ICECE. Xian, China.2023
3、2023 17th EuCAP. Florence, Italy. 2023
4、2025 19th EuCAP. Stockholm, Sweden. 2025
| 否
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Measurement-based fading characteristics analysis and modeling of UAV to vehicles channel
| Vehicular Communications
| 2023.12
| 1.第一作者
| 英文/B
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Channel Measurements and Analysis for Fixed-Wing UAV-to-Vehicle Communications at 2.7 GHz in Rural Area
| IEEE Antennas and Wireless Propagation Letters
| 2024.12
| 1.第一作者
| 英文/B
|
An Experimental Analysis and Modeling of Short Term Fading Channel for Beyond Horizon Maritime Communications at 25 GHz in South China Sea
| IEEE Antennas and Wireless Propagation Letters
| 2024.12
| 1.第一作者
| 英文/B
|
Measurement-Based Tapped Delay Line Channel Modeling for Fixed-Wing Unmanned Aerial Vehicle Air-to-Ground Communications at S-Band
| Drones
| 2024.9
| 1.第一作者
| 英文/B
|
Measurement-based fading characterization of multi-link UAV to mobile vehicle channel
| Physical Communication
| 2023.12
| 1.第一作者
| 英文/D
|
4
| 信息学院
| 2020024015
| 张宇琴
| 智能交通与信息系统工程
| 徐志刚
| 面向通信不确定性的车辆队列纵向控制研究
| （一）
| A local traffic characteristic based dynamic gains tuning algorithm for cooperative adaptive cruise control considering wireless communication delay
| Transportation Research Part C: Emerging Technologies
| 2022.07.02
| 1.第一作者
| 英文A
|
| 否
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Impacts of communication delay on vehicle platoon string stability and its compensation strategy: A review
| Journal of Traffic and Transportation Engineering (English Edition)
| 2023.07.26
| 1.第一作者
| 英文B
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A Modeling Methodology for Car-Following Behaviors of Automated Vehicles: Trade-off Between Stability and Mobility
|
| 2024.09.25
| 1.第一作者
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| 104th Annual Meeting,Transportation Research Board 2025.01.05 美国华盛顿
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A Framework for the Potential Cyberattacks in CAV Platoons: Detection and Compensation
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| 2024.09.25
| 1.第一作者
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| 104th Annual Meeting,Transportation Research Board 2025.01.05 美国华盛顿
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5
| 信息学院
| 2018024900
| Amna Khatoon
| 智能交通与信息系统工程
| 王卫星
| TinyML-Enabled Comprehensive
Detection of Road Anomalies: Techniques and Applications
| （一）
| Optimized Binary Neural Networks for Road Anomaly Detection: A TinyML Approach on Edge Devices
| Computers, Materials & Continua
| 18-07-2024
| 第一作者
| 英文c
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| 是，20241031
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TinyML-Enabled Fuzzy Logic for Enhanced Road
Anomaly Detection in Remote Sensing
| Scientific Reports
| In Process
| 第一作者
| 英文d
|
Advancement in Pavement Condition
Assessment: An AI-Based Computer Vision Approach
| Proceedings of the MECON 2024 Track 1 -
Computer Vision Processing and Analysis, Malaysia, July 2024
| 10-Dec-24
| 第一作者
| 英文
|
Enabling Smart Road Safety: Constrained Device Utilization for Accident Prevention in Traffic Congestion
| Proceedings of the MECON 2024 Track 1 -
Computer Vision Processing and Analysis, Malaysia, July 2024
| 10-Dec-24
| 第一作者
| 英文
|
Quantum Computing Impacts on Smart City Cybersecurity
Through Resilient Defense Framework
| Ubiquitous Technology Journal
| 2025/2/7
| 第一作者
| 英文
|
6
| 信息学院
| 2020024003
| 焦琴琴
| 交通信息工程及控制
| 杨小军
| 变分贝叶斯框架下的车辆扩展目标跟踪算法研究
| （一）
| Variational Approximation for Adaptive Extended Target Tracking in Clutter With Random Matrix
| IEEE Transactions on Vehicular Technology
| 2023/10/17
| 2.第二作者（导师一作）
| 英文B
| 2021 International Conference on Control, Automation and Information Sciences (ICCAIS), Xi'an, China, 2021
| 否
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|
Distributed Variational Measurement Update for Extended Target Tracking With Random Matrix
| IEEE Transactions on Aerospace and Electronic Systems
| 2024/8/9
| 1.第一作者
| 英文B
|
7
| 信息学院
| 2021024018
| 李孔
| 智能交通与信息系统工程
| 崔华
| 路侧复杂场景下基于雷达-相机协同的交通信息感知技术研究
| （一）
| VRAR: Video-Radar Automatic Registration Method Based on Trajectory Spatiotemporal Features and Bidirectional Mapping
| IEEE Transactions on Circuits and Systems for Video Technology
| 2025-03-25
| 第一作者
| 英文A
|
| 否
|
|
RVIFNet: Radar–Visual Information Fusion Network for All-Weather Vehicle Perception in Roadside Monitoring Scenarios
| IEEE Sensors Journal
| 2024-10-22
| 第一作者
| 英文B
|
Scene adaptation in adverse conditions: a multi-sensor fusion framework for roadside traffic perception
| Journal of Intelligent Transportation Systems
| 2024-08-19
| 第一作者
| 英文C
|
High-speed rail impacts on intercity accessibility: A multi-modal, multi-scalar networking approach
| Transportation Research Part C: Emerging Technologies
| 2025-01-22
| 第三作者
| 英文A
|
Radar-Camera Fusion Method for All-Weather Traffic Perception in Complex Scenes
| COTA International Conference of Transportation Professionals (CICTP 2024)
| 2024-12-11
| 第二作者
| EI会议
| 2024年7月23日至26日中国深圳韧性、智能、互联、低碳的多模式运输CICTP
|
8
| 信息学院
| 2020024016
| 刘成林
| 智能交通与信息系统工程
| 徐志刚
| 混合交通环境下高速公路车辆队列协同驾驶关键技术研究
| （一）
| A Multistep Cooperative Lane Change Strategy for Connected and Autonomous Vehicle Platoons Departing from Dedicated Lanes
| Transportation Research Part C: Emerging Technologies
| 2024.08.16
| 第一作者
| 英文A
|
| 否
|
|
Decentralized Multi-Vehicle Motion Planning for Platoon Forming in Mixed Traffic Using Monte Carlo Tree Search
| IEEE Transactions on Intelligent Transportation Systems
| 2024.12.16
| 英文A
|
Decentralized Multi-Vehicle Motion Planning for Platoon Forming in Mixed Traffic Using Monte Carlo Tree Search
|
| 2023.10.05
|
| Transportation Research Board
2024.01.05
美国华盛顿
|
9
| 信息学院
| 2021024004
| 刘忍
| 交通信息工程及控制
| 董晓岱
| 室内单/多LED场景下高精度可见光定位关键技术研究
| （一）
| Machine Learning Based Visible Light Indoor Positioning With Single-LED and Single Rotatable Photo Detector
| IEEE PHOTONICS JOURNAL
| 2022.6
| 第一作者
| 英文C区
|
| 否
|
|
Indoor Visible Light Positioning Based on Improved Whale Optimization Method With Min-Max Algorithm
| IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT
| 2023.1
| 第一作者
| 英文B区
|
Indoor Visible Light Positioning Based on Extreme Learning Machine with Local Training Samples
|
| 2022
| 第一作者
|
| IEEE the 14th International Conference on Wireless Communications and Signal Processing,Nanjing,2022.8.23
|
Accuracy Enhancement of Indoor Visible Light Positioning Using Improved WKNN Algorithm
|
| 2023
| 第一作者
|
| IEEE 11th International Conference on Information, Communication and Networks,xi'an,2023.8.17
|
Adaptive WKNN Algorithm using Improved Distance and Extreme Learning Machine for Indoor Visible Light Positioning
|
| 2024
| 第一作者
|
| IEEE 24th InternationalConference on Communication Technology,chengdu,2024.10.19
|
10
| 信息学院
| 2020024005
| 孙郁哲
| 交通信息工程及控制
| 王威
| 车联网电磁干扰环境下基于贝叶斯张量推断的无线信道估计方法研究
| （一）
| [1].A fast-converging Bayesian tensor inference method for wireless channel estimation[J]. Signal Processing, 2025, 230: 109770.
| Signal Processing
| 2024/11/1
| 第一作者
| 英文B
| [1]. Sun Y., Yan X., Yang F., et al. Experimental research on UWB channel and DF algorithm based on EKF[C]. 2021 CIE International Conference on Radar (Radar). Haikou, Hainan, China: IEEE, 2021: 2091-2094.
| 否
|
|
[2].A Bayesian Tensor Decomposition Method for Joint Estimation of Channel and Interference Parameters[J]. Sensors, 2024, 24(16): 5284.
| Sensors
| 2024年8月
| 第一作者
| 英文C
| [2]. Sun Y., Wang W., Chai J., et al. Tensor based channel parameter estimation for positioning applications[C]. 2023 17th European Conference on Antennas and Propagation (EuCAP). Florence, Italy: IEEE, 2023: 1-4.
|
11
| 信息学院
| 2021024007
| 王文博
| 交通信息工程及控制
| 惠飞
| 面向行车碰撞风险场景的自动驾驶汽车决策规划方法研究
| （一）
| Time-delay following model for connected and automated vehicles with collision conflicts and forced deceleration
| Journal of Advanced Transportation
| 2024.04.12
| 第一作者
| 英文D
|
| 否
|
|
Optimal Driving Model for Connected and Automated Electric Freight Vehicles in a Wireless Charging Scenario at Signalised Intersections
| Applied Sciences
| 2023.05.21
| 第一作者
| 英文D
|
Time-Delay Following Model for Connected and Automated Vehicles Considering Multiple Vehicle Safety Potential Fields
| Applied Sciences
| 2024.08.01
| 第二作者（通讯作者）
| 英文D
|
Deep Reinforcement Learning Method for Trajectory Planning of Connected and Autonomous Vehicles in the Roundabout Lane-changing Scenario
|
| 2024.10.04
| 第一作者
|
| ISCTIS, 12-14 July 2024, Xi'an, China
|
Eco-driving model for Wireless Charging Scenario of connected and automated electric freight vehicles based on differentiated driving strategies at multi-intersections
|
| 2025.01.20
| 第一作者
|
| ITSSC,23-25 August 2024, Xi'an, China
|
12
| 信息学院
| 2021024014
| 杨明
| 交通运输工程
| 李伟
| 基于三维点云的粗集料级配估计方法研究
| （一）
| A Coarse Aggregate Gradation Detection Method based on 3D PointCloud
| Construction and Building Materials
| 2023.5.9
| 第一作者
| 中科院1区Top，JCR1区
| 全球人工智能大会（杭州2021.6.5）、视觉与青年学者研讨会（2021.10.8）、视觉与青年学者研讨会（2024.5.5）
| 否
|
|
EN
