Significant progress has been made in developing optimal frameworks for spatial prediction in radio propagation environments, as they enhance various aspects of wireless networking. These predictions rely on a limited set ...

This work establishes a strong foundation in understanding the key physics concepts behind cryogenic transport in Gate-All-Around (GAA) nanowire MOSFETs. The findings contribute to a deeper understanding of device behavior ...

Decentralization is a major constitute of blockchain technology, ensuring robustness, resilience, and trust. However, achieving true decentralization requires validators to be geographically diverse. This research focuses ...

As semiconductor technology advances toward higher integration and functional density, the challenges associated with Design-for-Testability (DFT) have become increasingly significant, particularly in terms of power ...

This thesis work focuses on advancements in neural style transfer, a process that enables the blending of content and style features to generate stylized images. It explores feature extraction using two encoders: a VGG19-based ...

This thesis introduces a novel framework for language translation, transitioning from conventional text-based mapping to a phoneme-level modeling approach. By employing articulatory phoneme representations and sparse binary ...

Advanced driver assistance systems (ADAS) aim to improve road safety, reduce fatalities, and enable autonomous driving. Modern vehicles rely on multiple sensors such as lidar, cameras, thermal detectors, and radar to detect ...

Recent advancements in the semiconductor industry have paved the way for a broader use of semiconductor chips in various areas such as computing, data processing, and communication. Adders, which are the smallest and most ...

This work presents a comprehensive study on the design, implementation, and sustainability assessment of a modified version of a Dickson charge pump circuit. The circuit is implemented to operate at 1.2 V and achieves an ...