Dissertation Defenses

Where are the Humans in Human-AI Interaction: The Missing Human-Centered Perspective on Interpretability Tools for Machine Learning

Enabling Fairness in Cloud Computing Infrastructures

Visual Recognition and Synthesis of Human-Object Interactions

Leveraging Processor Features for System Security

Using Large-Scale Empirical Methods to Understand Fragile Cryptographic Ecosystems

Efficient Algorithms for a Mesh-Connected Computer with Additional Global Bandwidth

Extracting Insights from Differences: Analyzing Node-aligned Social Graphs

Stable Profiles in Simulation-Based Games via Reinforcement Learning and Statistics

Multi-Policy Decision Making for Reliable Navigation in Dynamic Uncertain Environments

Decompose and Conquer: Addressing Evasive Errors in Systems on Chip

Improving the Generalizability of Speech Emotion Recognition: Methods for Handling Data and Label Variability

Thermal Energy Storage for Datacenters with Phase Change Materials

Understanding a Dynamic World: Dynamic Motion Estimation for Autonomous Driving using LIDAR

Hardware Mechanisms for Efficient Memory System Security

Interactive Machine Learning with Applications in Health Informatics

Improving User Involvement Through Live Collaborative Creation

Software-Driven and Virtualized Architectures for Scalable 5G Networks

Eliciting and Aggregating Information: An Information Theoretic Approach

Systems and Methods for Measuring and Improving End-User Application Performance on Mobile Devices

Keywords at Work: Investigating Keyword Extraction in Social Media Applications

Data Resource Management in Throughput Processors

Securing Modern Appified Platform Through Systematic Program Analysis and Design

Understanding Financial Market Behavior Through Empirical Game-Theoretic Analysis

From Attack to Defense: Toward Secure In-vehicle Networks

Towards Power- and Energy-efficient Datacenters

Selecting and Generating Computational Meaning Representations for Short Texts

Bridging the Scalability Gap by Exploiting Error Tolerance for Emerging Applications

Maximizing Insight from Modern Economic Analysis