Author | Title | Subject | Date | Publication Type | ||
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101 |
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Kirby, Richard | Image correspondences from perceived motion | 3D Reconstruction; Computer Vision; Graph Cuts; Optical Flow; Variational methods | 2017 | dissertation |
102 |
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Liu, Ting | Image segmentation with hierarchical models | Connectomics; Electron microscopy; Hierarchical models; Image segmentation; Machine learning; Semi-supervised learning | 2016 | dissertation |
103 |
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Hao, Xiang | Improved segmentation and analysis of white matter tracts based on adaptive geodesic tracking | Adaptive riemannian metrics; Diffusion weighted imaging; Fractional segmentation; Geodesic tracking; Image segmentation; White matter tracts | 2014-05 | dissertation |
104 |
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Lyde, Steven | Improving control-flow analysis of higher-order languages | 2015 | dissertation | |
105 |
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Ramalingam, Shreyas | Improving high-performance sparse libraries using compiler assisted specialization: a PETSC (portable, extensible toolkit for scientific computation) case study | PETSC; Compiler assisted specialization | 2012-05 | thesis |
106 |
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Huang, Ruihong | Improving information extraction by discourse-guided and multifaceted event recognition | 2014-12 | dissertation | |
107 |
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Nellans, David | Improving operating system and hardware interactions through co-design | 2014-12 | dissertation | |
108 |
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Almquist, Scott Tervor | Improving simulations for transcranial high-intensity focused ultrasound using the Hybrid angluar spectrum method | 2018 | dissertation | |
109 |
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Chen, Yang | Improving the utility of compiler fuzzers | Bug reporting; Compiler defect; Compiler testing; Random testing; Test-case minimization; Test-case reduction | 2014-05 | dissertation |
110 |
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Nguyen, Thanh Hoang | Integrating structured data on the web | 2013-05 | dissertation | |
111 |
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Summa, Brian Mark | Interactive digital photography at scale | 2013-05 | dissertation | |
112 |
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Widanagamaachchi, Wathsala | Interactive visualization and exploration of feature evolution in dynamic data | Computer science | 2017 | dissertation |
113 |
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Baek, Hyun-wook | Interparty visibility in a cloud computing platform | 2018 | dissertation | |
114 |
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Earl, Christopher | Introspective pushdown analysis and nebo | Computer science | 2014-05 | dissertation |
115 |
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Grosset, Pascal | Investigating depth of field in volume rendering and distributed volume rendering on high performance computing systems | Depth of Field; Distrubuted Volume Rendering; HPC; Image Compositing; Perception | 2016 | dissertation |
116 |
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Moeller, John | Kernels and geometry of machine learning | Kernel Learning; Machine Learning; Multiple Kernel Learning; Support Vector Machines | 2017 | dissertation |
117 |
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Du, Min | Large scale system log monitoring and analysis: a data-driven approach | 2019 | dissertation | |
118 |
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Meng, Qingyu | Large-scale distributed runtime system for dag-based computational framework | Distributed system; Heterogeneous computing; MPI; Multithread; Uintah | 2014-08 | dissertation |
119 |
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Landge, Aaditya G | Large-scale in-situ topological analysis using segmented merge trees: performance, scalability, and power efficiency | In-situ analysis techniques; Merge tree computation techniques | 2016 | thesis |
120 |
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Rai, Piyush | Learning latent structures via bayesian nonparametrics: new models and efficient inference | Bayesian learning; Bayesian nonparametrics; Machine learning | 2013-08 | dissertation |
121 |
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Jacobsen, Charles | Lightweight capability domains: toward decomposing the linux kernel | Applied sciences | 2016 | thesis |
122 |
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Gao, Yang | Longitudinal segmentation for image sequence with appearance and shape change | 2019 | dissertation | |
123 |
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Atzeni, Simone | Low overhead data race detection techniques for large openMP applications | Computer science | 2017 | dissertation |
124 |
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Popek, Katie M | Magnetic localization and closed-loop propulsion for active capsule endoscopy using a single magnetic dipole source | capsule endoscopy; localization; magnetic manipulation; medical robotics | 2017 | dissertation |
125 |
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Kesavan, Aniraj | Making large transfers fast for in-memory databases in modern networks | Computer science | 2017 | thesis |