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You are viewing titles for HARVARD UNIVERSITY in the Electrical engineering available through the UMI Dissertations & Thesis Gradwoorks site
 
Integrated circuit/microfluidic chips for dielectric manipulation
 Fourier synthesis methods for identification and control of ensembles
 
Thermomechanical reliability of microelectronics
 Semiconductor nanowires: From photonic devices to photonic circuits
 
Information theoretic limits of cognition and cooperation in wireless networks
 CMOS magnetic cell manipulator and CMOS NMR biomolecular sensor
 
Statistical inference for efficient microarchitectural analysis
 On bounds and algorithms for cooperative wireless communication
 
Distributed feedback quantum cascade laser arrays for chemical sensing
 From uncertainty to opportunity: Joint architecture and circuit resilience to mitigate the impact of process variations
 
Integration of electronic materials in microfluidic systems
 Accelerator-based architectures for wireless sensor network applications
 
Hybrid integrated circuit/microfluidic chips for the control of living cells and ultra-small biomimetic containers
 Compressed sensing using graphical models
 
Fast-lock hybrid PLL and dual-DLL-based all-digital temperature sensor
 Near-field and far-field engineering of semiconductor lasers
 
Physics and applications of semiconductor nanowire photonic devices
 Robotic motion compensation for 3D ultrasound-guided beating heart surgery
 
Variation-aware processor architectures with aggressive operating margins
 Performance bounds for bi-directional half-duplex relaying protocols
 
The gain of cross-layer scheduling and advanced antenna techniques
 Design considerations for high-speed backplane transceivers with digital adaptive equalizers
 
An information theoretic approach to compressed sensing and its utility in magnetic resonance imaging
 Three Problems from Self-Sustained Oscillators
 
Solid-State NMR Experiments with Powder Dephased States and Phase Modulated Pulse Sequences
 Nonstationary time series modeling with applications to speech signal processing
 
Design of High Speed I/O Interfaces for High Performance Microprocessors
 Handheld CMOS NMR Systems and Their Applications for Biomolecular Sensing
 
On Learning in Problems with Geometric Constraints
 Fundamental Limits and Constructive Methods for Estimation and Sensing of Sparse Signals
 
Optimal Control of Active Sensing Systems
 Visual Inference with Statistical Models for Color and Texture
 
Power Electronics Design for a Flapping-Wing Robotic Insect
 Optical Trapping and Manipulation by Surface Plasmon Resonance Structures
 
Nanobeam cavities for Reconfigurable Photonics
 Energetic Beam Processing of Silicon to Engineer Optoelectronically Active Defects
 
Periodic Pulsed Controllability with Applications to NMR
 Optical manipulation and sensing with silicon photonics