I hold a Ph.D. in Electrical and Computer Engineering at the School of Computing and Engineering, University of Missouri-Kansas City (UMKC), under the mentorship of Prof. ZhiQiang Chen. My research emphasizes machine learning, deep learning, and computer vision, with extensive experience in developing and optimizing algorithms for applications in remote sensing and image enhancement.
Currently, I work as a researcher at the DIGIT Lab, USA, where I design and implement advanced machine learning models to address complex challenges in remote sensing and geospatial analytics. My expertise spans end-to-end machine learning pipelines, model deployment, and performance optimization for scalable, production-level environments.
I hold a Master’s degree in Computer Science from UMKC, where I refined my skills in algorithm development, statistical analysis, and software engineering, providing a robust foundation for my career in machine learning and AI-driven technologies.
My work applies machine learning to overcome challenges in enhancing remote sensing images. The key focus areas are: Spatial Enhancement: Creating deep learning models for super-resolution to improve the spatial resolution and clarity of remote sensing images. Spectral Enhancement: Utilizing machine learning techniques to expand and enrich spectral information for more comprehensive data analysis. Spatial-Spectral Enhancement: Designing and optimizing neural networks to combine spatial and spectral features, generating high-quality, integrated image outputs.
I am passionate about developing efficient and scalable models for computer vision applications, with a focus on optimizing performance for real-world deployment. My expertise lies in leveraging deep learning techniques to design end-to-end pipelines that improve accuracy, reduce computational costs, and ensure model efficiency. I am particularly interested in solving challenges related to image processing, feature extraction, and multimodal data integration to create robust solutions for diverse applications.
Conference Papers:
Hyperspectral Pansharpening with Transform-based Spectral Diffusion Priors Hongcheng Jiang, ZhiQiang Chen
WACV 2025 | paper
Flexible Window-based Self-attention Transformer in Thermal Image Super-Resolution Hongcheng Jiang, ZhiQiang Chen CVPR 2024 | paper
DCT-Based Residual Network for NIR Image Colorization Hongcheng Jiang, Paras Maharjan, Zhu Li, George York  IEEE ICIP 2022 | paper
Crucial data selection based on random weight neural network
Jie Ji, Hongcheng Jiang, Bin Zhao, Peng Zhai
IEEE SMC 2015 | paper
Journal Papers:
Transformer-based Diffusion and Spectral Priors Model For Hyperspectral Pansharpening Hongcheng Jiang, ZhiQiang Chen
IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing | under revision.
Spatial-Frequency Guided Pixel Transformer for NIR-to-RGB Translation Hongcheng Jiang, ZhiQiang Chen
Infrared Physics and Technology | paper
Fully-connected LSTM–CRF on medical concept extraction
Jie Ji, Bairui Chen, Hongcheng Jiang IEEE MLC 2020 | paper