Ph.D. Dissertations - Kurt Keutzer
Efficient and Scalable Large Multimodal Models
Sheng Shen [2024]
Full Stack Approach for Efficient Deep Learning Inference
Sehoon Kim [2024]
Data and Label Efficient Representation Learning
Colorado Reed [2023]
Hardware-Aware Efficient Deep Learning
Zhen Dong [2022]
Efficient Deep Neural Networks
Bichen Wu [2019]
Learning to Navigate in Visual Environments
Peter Jin [2018]
Implementing Efficient, Portable Computations for Machine Learning
Matthew Walter Moskewicz [2017]
Exploring the Design Space of Deep Convolutional Neural Networks at Large Scale
Forrest Iandola [2016]
A Framework for Composing High-Performance OpenCL from Python Descriptions
Michael Anderson [2014]
A Framework for Productive, Efficient and Portable Parallel Computing
Ekaterina I. Gonina [2013]
Three Fingered Jack: Productively Addressing Platform Diversity
David Sheffield [2013]
Making computer vision computationally efficient
Narayanan Sundaram [2012]
Parallel Application Library for Object Recognition
Bor-Yiing Su [2012]
Compilation Techniques for Embedded Data Parallel Languages
Bryan Catanzaro [2011]
Parallelism, Patterns, and Performance in Iterative MRI Reconstruction
Mark Murphy [2011]
Pattern-Oriented Application Frameworks for Domain Experts to Effectively Utilize Highly Parallel Manycore Microprocessors
Jike Chong [2010]
Compile Time Task and Resource Allocation of Concurrent Applications to Multiprocessor Systems
Nadathur Rajagopalan Satish [2009]
Task Allocation and Scheduling of Concurrent Applications to Multiprocessor Systems
Kaushik Ravindran [2007]
Automated Mapping of Domain Specific Languages to Application Specific Multiprocessors
William Lester Plishker [2006]
Deploying Concurrent Applications on Heterogeneous Multiprocessors
Andrew Christopher Mihal [2006]
Low Power Design Automation
David Graeme Chinnery [2006]
TIPI: Tiny Instruction Processors and Interconnect
Scott J. Weber [2005]
Programming Models for Application-Specific Instruction Processors
Niraj R. Shah [2004]
Static Crosstalk Noise Analysis for Deep Sub-Micron Digital Designs
Pinhong Chen [2003]