Parametric perfusion imaging using contrast enhanced ultrasound with bolus administration of contrast agents. - Xiaolin Gu; Yujin Zong; Hui Zhong; Mingxi Wan (BHI, 2012)

PRAPD: A novel received signal strength-based approach for practical rogue access point detection. - Wenjia Wu; Xiaolin Gu; Kai Dong 001; Xiaomin Shi; Ming Yang 001 (Int. J. Distributed Sens. Networks, 2018)

Semi-direct Tracking and Mapping with RGB-D Camera. - Ke Liu; Xiaolin Gu; Min Yang; Yi Zhang; Shun Guan (ICIRA (5), 2019)

An Improved Genetic Algorithm with Adaptive Variable Neighborhood Search for FJSP. - Xiaolin Gu; Ming Huang 007; Xu Liang (Algorithms, 2019)

A Discrete Particle Swarm Optimization Algorithm With Adaptive Inertia Weight for Solving Multiobjective Flexible Job-shop Scheduling Problem. - Xiaolin Gu; Ming Huang 007; Xu Liang (IEEE Access, 2020)

Probe Request Based Device Identification Attack and Defense. - Xiaolin Gu; Wenjia Wu; Xiaodan Gu; Zhen Ling 001; Ming Yang 001; Aibo Song (Sensors, 2020)

802.11ac Device Identification based on MAC Frame Analysis. - Xiaolin Gu; Wenjia Wu; Zhouguo Chen; Aibo Song; Zhen Ling 001; Ming Yang 001 (CSCWD, 2021)

Classification-IoU Joint Label Assignment for End-to-End Object Detection. - Xiaolin Gu; Min Yang; Ke Liu; Yi Zhang (PRCV (1), 2021)

Application Research for Multiobjective Low-Carbon Flexible Job-Shop Scheduling Problem Based on Hybrid Artificial Bee Colony Algorithm. - Xiaolin Gu (IEEE Access, 2021)

Improved Adaptive Non-Dominated Sorting Genetic Algorithm With Elite Strategy for Solving Multi-Objective Flexible Job-Shop Scheduling Problem. - Xu Liang; Jiabao Chen; Xiaolin Gu; Ming Huang 007 (IEEE Access, 2021)

Learned Hyperspectral Compression Using a Student's T Hyperprior. - Yuanyuan Guo; Yanwen Chong; Yun Ding; Shaoming Pan; Xiaolin Gu (Remote. Sens., 2021)

TeRFF: Temperature-aware Radio Frequency Fingerprinting for Smartphones. - Xiaolin Gu; Wenjia Wu; Naixuan Guo; Wei He; Aibo Song; Ming Yang 001; Zhen Ling 001; Junzhou Luo (SECON, 2022)

Adaptive Genetic Algorithm Based on Individual Similarity to Solve Multi-Objective Flexible Job-Shop Scheduling Problem. - Xu Liang; Yifan Liu; Xiaolin Gu; Ming Huang 007; Fajun Guo (IEEE Access, 2022)

Content-Based Hyperspectral Image Compression Using a Multi-Depth Weighted Map With Dynamic Receptive Field Convolution. - Shaoming Pan; Xiaolin Gu; Yanwen Chong; Yuanyuan Guo (Int. J. Interact. Multim. Artif. Intell., 2022)

Design and Experiments of a Portable Robotic Ultrasound Scanning and Diagnosis System of Carotid Artery. - Longyue Tan; Zhaokun Deng; Mingrui Hao; Pengcheng Zhang; Xilong Hou 001; Xiaolin Gu; Chen Chen 036; Shuangyi Wang (ICARM, 2024)

Diff-ADF: Differential Adjacent-dual-frame Radio Frequency Fingerprinting for LoRa Devices. - Wei He; Wenjia Wu; Xiaolin Gu; Zichao Chen (INFOCOM, 2024)

3D Ultrasound Image Acquisition and Diagnostic Analysis of the Common Carotid Artery with a Portable Robotic Device. - Longyue Tan; Zhaokun Deng; Mingrui Hao; Pengcheng Zhang; Xilong Hou 001; Chen Chen 036; Xiaolin Gu; Xiao-Hu Zhou; Zeng-Guang Hou; Shuangyi Wang (IROS, 2024)

CQP-RFFI: Injecting a Communication-Quality Preserving RF Fingerprint for Wi-Fi Device Identification. - Xiaolin Gu; Wenjia Wu; Yusen Zhou; Aibo Song; Ming Yang 001; Zhen Ling 001; Junzhou Luo (IWQoS, 2024)

A Portable Robot-Assisted Device With Built-In Intelligence for Autonomous Ultrasound Acquisitions in Follow-Up Diagnosis. - Zhaokun Deng; Xilong Hou 001; Chen Chen 036; Xiaolin Gu; Zeng-Guang Hou; Shuangyi Wang (IEEE Trans. Instrum. Meas., 2024)

TEA-RFFI: Temperature adjusted radio frequency fingerprint-based smartphone identification. - Xiaolin Gu; Wenjia Wu; Yusen Zhou; Aibo Song; Ming Yang 001; Zhen Ling 001; Junzhou Luo (Comput. Networks, 2024)

RF-TESI: Radio Frequency Fingerprint-based Smartphone Identification under Temperature Variation. - Xiaolin Gu; Wenjia Wu; Aibo Song; Ming Yang 001; Zhen Ling 001; Junzhou Luo (ACM Trans. Sens. Networks, 2024)

PSC-YOLO: a lightweight model for urban road instance segmentation. - Xiaolin Gu; Guofeng Zhang 029 (J. Real Time Image Process., 2025)