On the Application of Image Decomposition to Image Compression. - Howard Cheng; Xiaobo Li 001 (Communications and Multimedia Security, 1996)

Experiments in Simple One-Dimensional Lossy Image Compression Schemes. - Joseph Modayil; Howard Cheng; Xiaobo Li 001 (ICMCS, 1997)

Image compression and encryption using tree structures. - Xiaobo Li 001; Jason Knipe; Howard Cheng (Pattern Recognit. Lett., 1997)

An improved piecewise approximation algorithm for image compression. - Joseph Modayil; Howard Cheng; Xiaobo Li 001 (Pattern Recognit., 1998)

On accelerated methods to evaluate sums of products of rational numbers. - Howard Cheng; Eugene V. Zima (ISSAC, 2000)

Partial encryption of compressed images and videos. - Howard Cheng; Xiaobo Li 001 (IEEE Trans. Signal Process., 2000)

Computing all factorizations in ***. - Howard Cheng; George Labahn (ISSAC, 2001)

Fraction-free row reduction of matrices of skew polynomials. - Bernhard Beckermann; Howard Cheng; George Labahn (ISSAC, 2002)

Space-efficient evaluation of hypergeometric series. - Howard Cheng; Barry Gergel; Ethan Kim; Eugene V. Zima (SIGSAM Bull., 2005)

A Unified Framework for Lossless Image Set Compression. - Barry Gergel; Howard Cheng; Xiaobo Li 001 (DCC, 2006)

A Unified Framework for Image Set Compression. - Barry Gergel; Howard Cheng; Clinton Nielsen; Xiaobo Li 001 (IPCV, 2006)

On computing polynomial GCDs in alternate bases. - Howard Cheng; George Labahn (ISSAC, 2006)

Fraction-free row reduction of matrices of Ore polynomials. - Bernhard Beckermann; Howard Cheng; George Labahn (J. Symb. Comput., 2006)

Time-and space-efficient evaluation of some hypergeometric constants. - Howard Cheng; Guillaume Hanrot; Emmanuel Thomé; Paul Zimmermann; Eugene V. Zima (ISSAC, 2007)

Output-sensitive modular algorithms for polynomial matrix normal forms. - Howard Cheng; George Labahn (J. Symb. Comput., 2007)

A Study of Prediction Measures for Lossy Image Set Compression. - Barry Gergel; Anthony Schmieder; Xiaobo Li 001; Howard Cheng (IPCV, 2008)

Hierarchical Minimum Spanning Trees for Lossy Image Set Compression. - Anthony Schmieder; Howard Cheng; Barry Gergel; Xiaobo Li 001 (IPCV, 2008)

Computing polynomial LCM and GCD in lagrange basis. - Howard Cheng; George Labahn; Wei Zhou 029 (ACM Commun. Comput. Algebra, 2008)

A Practical Implementation of a Modular Algorithm for Ore Polynomial Matrices. - Howard Cheng; George Labahn (ASCM, 2009)

A Study of Clustering Algorithms and Validity for Lossy Image Set Compression. - Anthony Schmieder; Howard Cheng; Xiaobo Li 001 (IPCV, 2009)

Applying linear algebra routines to modular ore polynomial matrix algorithms. - Howard Cheng; George Labahn (ACM Commun. Comput. Algebra, 2009)

Wavelet-based Prediction Measures for Lossy Image Set Compression. - Marc Moreau; Howard Cheng (IPCV, 2010)

Lossless Compression of Satellite Image Sets Using Spatial Area Overlap Compensation. - Vivek Trivedi; Howard Cheng (ICIAR (2), 2011)

What makes a Tree a Straight Skeleton? - Oswin Aichholzer; Howard Cheng; Satyan L. Devadoss; Thomas Hackl; Stefan Huber 001; Brian Li; Andrej Risteski (CCCG, 2012)

Skeletal Rigidity of Phylogenetic Trees - Howard Cheng; Satyan L. Devadoss; Brian Li; Andrej Risteski (CoRR, 2012)

Rate-distortion approach to bit allocation in lossy image set compression. - Camara Lerner; Howard Cheng (IWSSIP, 2014)

Skeletal configurations of ribbon trees. - Howard Cheng; Satyan L. Devadoss; Brian Li; Andrej Risteski (Discret. Appl. Math., 2014)

Clavision: visual automatic piano music transcription. - Mohammad Akbari; Howard Cheng (NIME, 2015)

Bit allocation for lossy image set compression. - Howard Cheng; Camara Lerner (PACRIM, 2015)

Real-Time Piano Music Transcription Based on Computer Vision. - Mohammad Akbari; Howard Cheng (IEEE Trans. Multim., 2015)

An Event-Based Optical Flow Algorithm for Dynamic Vision Sensors. - Iffatur Ridwan; Howard Cheng (ICIAR, 2017)

A real-time system for online learning-based visual transcription of piano music. - Mohammad Akbari; Jie Liang 001; Howard Cheng (Multim. Tools Appl., 2018)

Event-Based Looming Objects Detection. - Behnam Kamranian; Howard Cheng (IWSSIP, 2021)