This dissertation highlights a new hierarchical transactive energy (TE) framework for coordinating distribution-level local energy market with real-time distributed energ[...]

Prior measurements of ARM TrustZone latency focus on bare-metal monitors or hy-pervisor abstractions rather than the full overhead of a production Trusted ExecutionEnviro[...]

The diagnosis of retinal disease using optical coherence tomography (OCT) is vital for the early detection of vision-threatening conditions such as age-related macular de[...]

This dissertation presents the architecture of an autonomous all-terrain vehicle (ATV) designed for military use. The ATV offers three modes of operation: manual driving,[...]

On state voltage (V_on) sensing is crucial for an electrified future. This is due to how this parameter can be used to accurately monitor the condition of power semicondu[...]

This thesis presents the physical design and analysis of a RISC-V core operating at near-threshold and sub-threshold voltages (0.45V–1.0V) using 45nm CMOS technology. Sta[...]

Modern computing platforms are rapidly shifting toward chiplet-based designs to improve scalability, energy efficiency, and computational throughput. These architectures [...]

Vision Transformers (ViTs) have revolutionized computer vision by shifting from convolutional architectures to attention-based models that process images as sequences of [...]

Wide-bandgap power converters switch at kHz to several MHz, demanding current sensors that are simultaneously compact, linear, and immune to electromagnetic interference.[...]

Adversarial decision-making in multi-agent systems is a critical area of research, with applications in domains such as autonomous systems, cybersecurity, and robotics. T[...]