Performance Analysis of Coherent Free Space Optical Communication Systems with K-Distributed Turbulence. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman; Liz McPhail (ICC, 2009)

Diversity Reception for Coherent Free-Space Optical Communications over K-Distributed Atmospheric Turbulence Channels. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman (WCNC, 2010)

Coherent Wireless Optical Communications With Predetection and Postdetection EGC Over Gamma-Gamma Atmospheric Turbulence Channels. - Mingbo Niu; Josh Schlenker; Julian Cheng; Jonathan F. Holzman; Robert Schober (JOCN, 2011)

Error Rate Analysis of M-ary Coherent Free-Space Optical Communication Systems with K-Distributed Turbulence. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman (IEEE Trans. Commun., 2011)

Asymptotic analyses for coherent and subcarrier modulated wireless optical communications. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman (ICNC, 2012)

Error Rate of Subcarrier Intensity Modulations for Wireless Optical Communications. - Xuegui Song; Mingbo Niu; Julian Cheng (IEEE Commun. Lett., 2012)

Optical communication using coherent detection with space-time coding in the presence of atmospheric turbulence. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman (CWIT, 2013)

A novel optical wireless MIMO architecture and its application. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman (ICNC, 2013)

Space-time coded MPSK coherent MIMO FSO systems in gamma-gamma turbulence. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman (WCNC, 2013)

MIMO Architecture for Coherent Optical Wireless Communication: System Design and Performance. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman (JOCN, 2013)

Error Rate Performance Comparison of Coherent and Subcarrier Intensity Modulated Optical Wireless Communications. - Mingbo Niu; Julian Cheng; Jonathan F. Holzman (JOCN, 2013)

Design and Implementation of a Feasible Model for the IoT Based Ubiquitous Healthcare Monitoring System for Rural and Urban Areas. - Mohammad Nuruzzaman Bhuiyan; Md Masum Billah; Farzana Ahamed Bhuiyan; Md Ashikur Rahman Bhuiyan; Nazmul Hasan; Md. Mahbubur Rahman; Md. Sipon Miah; Mohammad Alibakhshi Kenari; Farhad Arpanaei; Francisco Falcone; Mingbo Niu (IEEE Access, 2022)

Intelligent Fault Diagnosis of Rolling Element Bearings Based on Modified AlexNet. - Mohammad Mohiuddin; Md. Saiful Islam; Shirajul Islam; Md. Sipon Miah; Mingbo Niu (Sensors, 2023)

CNN-LSTM based Spectrum Sensing in Full-Duplex-aided CR-IoT Networks. - Md. Sipon Miah; Md. Mahbubur Rahman; Mingbo Niu; Ana García Armada (AICCONF, 2024)

An Energy Efficient CSS in a CR-IoT Network with Interference Constraints. - Md. Sipon Miah; Mingbo Niu; Ana García Armada (INDIN, 2024)

Secure Spectrum Sensing in CR-IoT Networks: A Hybrid DL-ViT-GRU. - Md. Sipon Miah; Mingbo Niu; Ana García Armada (ISNCC, 2024)

TPRGraphMM: Graph-Based Vehicle Map Matching by Travel Pattern Recognition. - Yixuan Fei; Ying Li; Yang Liu; Mingbo Niu (MSN, 2024)

Unlocking the Potential of XAI for Improved Alzheimer's Disease Detection and Classification Using a ViT-GRU Model. - S. M. Mahim; Md Shahin Ali; Md. Olid Hasan; Abdullah Al Nomaan Nafi; Arefin Sadat; Shakib Al Hasan; Bryar Shareef; Md. Manjurul Ahsan; Md. Khairul Islam; Md. Sipon Miah; Mingbo Niu (IEEE Access, 2024)

A Long-Term Vehicle Tracking Algorithm of Correlation Filter Optimized by Swarm Intelligence Tracking Framework. - He Huang; Wenlong Li; Mingbo Niu; Md. Sipon Miah; Tao Gao 001; Huifeng Wang (IEEE Trans. Geosci. Remote. Sens., 2024)

UAV Complex-Scene Single-Target Tracking Based on Improved Re-Detection Staple Algorithm. - Yiqing Huang; He Huang; Mingbo Niu; Md. Sipon Miah; Huifeng Wang; Tao Gao (Remote. Sens., 2024)

Precise Error Performance of BPSK Modulated Coherent Terahertz Wireless LOS Links with Pointing Errors. - Mingbo Niu; Ruihang Ji; Hucheng Wang; Huan Liu (Entropy, 2024)

Multi-UAVs Assisted Path Planning Method for Terrain-Oriented Air-Ground Collaborative Vehicular Network Architecture. - He Huang; Xialu Wen; Mingbo Niu; Md. Sipon Miah; Tao Gao 001; Huifeng Wang (IEEE Trans. Intell. Veh., 2024)

Hybrid deep learning for computational precision in cardiac MRI segmentation: Integrating Autoencoders, CNNs, and RNNs for enhanced structural analysis. - Md. Abu Sufian; Mingbo Niu (Comput. Biol. Medicine, 2025)