Computer Science

 

Computer Science

Our faculty are connected to the latest trends in computing practices and research. Research interests range from classical and quantum computing to human-computer interaction to assistive technology to artificial intelligence and speech recognition, and so much more.

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Submissions from 2011

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Click control: Improving mouse interaction for people with motor impairments, Christopher Kwan, Isaac Paquette, John J. Magee, Paul Y. Lee, and Margrit Betke

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Adaptive mouse-replacement interface control functions for users with disabilities, John J. Magee, Samuel Epstein, Eric S. Missimer, Christopher Kwan, and Margrit Betke

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Enhancing social connections through automatically-generated online social network messages, John J. Magee, Christopher Kwan, Margrit Betke, and Fletcher Hietpas

Submissions from 2010

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Interactive learning using manifold geometry, Eric Eaton, Gary Holness, and Daniel McFarlane

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Uniqueness of optimal mod 3 polynomials for parity, Frederic Green and Amitabha Roy

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Explicit parametrizations of the configuration spaces of anthropomorphic multi-linkage systems, Li Han and Lee Rudolph

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Plug-in vehicles and the plug - Policy to address the chicken or the egg problem, John Magee

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HAIL: Hierarchical adaptive interface layout, John Magee and Margrit Betke

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Adaptive mappings for mouse-replacement interfaces, John J. Magee, Samuel Epstein, Eric S. Missimer, and Margrit Betke

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Towards a multi-camera mouse-replacement interface, John Magee, Zheng Wu, Harshith Chennamaneni, Samuel Epstein, Diane H. Theriault, and Margrit Betke

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Customizable keyboard, Eric S. Missimer, Samuel Epstein, John J. Magee, and Margrit Betke

Submissions from 2009

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Efficient universal quantum circuits, Debajyoti Bera, Stephen Fenner, Frederic Green, and Steve Homer

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Movement and recovery analysis of a mouse-replacement interface for users with severe disabilities, Caitlin Connor, Emily Yu, John Magee, Esra Cansizoglu, Samuel Epstein, and Margrit Betke

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Simplex-tree based kinematics of foldable objects as multi-body systems involving loops, Li Han and Lee Rudolph

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Bending and kissing: Computing self-contact configurations of planar loops with revolute joints, Li Han, Lee Rudolph, Sam Dorsey-Gordon, Dylan Glotzer, Dan Menard, Jon Moran, and James R. Wilson

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Training ensembles using max-entropy error diversity, Gary F. Holness and Paul E. Utgoff

Submissions from 2008

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Uniqueness of Optimal Mod 3 Circuits for Parity, Frederic Green and Amitabha Roy

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Stratified deformation space and path planning for a planar closed chain with revolute joints, L. Han, L. Rudolph, J. Blumenthal, and I. Valodzin

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Predicting the folding pathway of engrailed homeodomain with a probabilistic roadmap enhanced reaction-path algorithm, Da Wei Li, Haijun Yang, Li Han, and Shuanghong Huo

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Convexly stratified deformation spaces and efficient path planning for planar closed chains with revolute joints, Han Li, Rudolph Lee, Jonathon Blumenthal, and Ihar Valodzin

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A human-computer interface using symmetry between eyes to detect gaze direction, John J. Magee, Margrit Betke, James Gips, Matthew R. Scott, and Benjamin N. Waber

Submissions from 2007

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A unified geometric approach for inverse kinematics of a spatial chain with spherical joints, Li Han and Lee Rudolph

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A direct measure for the efficacy of Bayesian network structures learned from data, Gary F. Holness

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Structural and pathway complexity of β-strand reorganization within aggregates of human transthyretin(105-115) peptide, Da Wei Li, Li Han, and Shuanghong Huo

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Web mediators for accessible browsing, Benjamin N. Waber, John J. Magee, and Margrit Betke