Research
My research broadly lies in computer vision and multimodal learning. I am interested in learning representations from multimodal data for powerful and versatile AI systems.
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PSM: Learning Probabilistic Embeddings for Multi-scale Zero-Shot Soundscape Mapping
Subash Khanal,
Eric Xing,
Srikumar Sastry,
Aayush Dhakal,
Zhexiao Xiong,
Adeel Ahmad,
Nathan Jacobs,
ACM Multimedia, 2024
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arXiv
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bibtex
We develop a probabilistic, multi-scale, and metadata-aware embedding space that connects audio, text, and overhead imagery.
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ALISON: Fast and Effective Stylometric Authorship Obfuscation
Eric Xing,
Saranya Venkatraman,
Thai Le,
Dongwon Lee
AAAI Conference on Artificial Intelligence (AAAI), 2024
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arXiv
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An authorship obfuscation method that demonstrates a ~10x speedup over previous methods while outperforming them in terms of attack success, semantic preservation, and fluency.
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Neural Network Decision-Making Criteria Consistency Analysis via Inputs Sensitivity
Eric Xing,
Liangliang Liu,
Xin Xing,
Yunni Qu,
Nathan Jacobs,
Gongbo Liang
International Conference on Pattern Recognition (ICPR), 2022
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Quantification and analysis of neural network decision-making criteria inconsistency and three algorithms to mitigate this inconsistency with minimal performance sacrifice.
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Beware the Black-Box of Medical Image Generation: an Uncertainty Analysis by the Learned Feature Space
Yunni Qu,
David Yan,
Eric Xing,
Fengbo Zheng,
Jie Zhang,
Liangliang Liu,
Gongbo Liang
International Conference of the IEEE Engineering in Medicine & Biology Society (EMBC), 2022
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Quantitative and clustering-based analyses of learned features spaces of U-Net architechtures for medical image generation.
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A Toolkit for Assessments in Introductory Programming Courses
Eric Xing,
Guangming Xing
ACM Technical Symposium on Computer Science Education (SIGCSE), 2022
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A versatile online exam toolkit with plagarism and cheating detection as part of the vLab learning management system.
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Motorcycle Safety Investigation in Kentucky Using Machine and Deep Learning Techniques
Eric Xing,
Kirolos Haleem
International Conference on Transportation and Development, 2022
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Interpretability over a new state-of-the-art pipeline for motorcycle crash severity predicition for the analysis of factors contributing to severe motorcycle crashes.
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