Spin Wave Circuit Design

CMOS downscaling has provided the means to efficiently process the huge raw data resulted from the information technology revolution. However, this becomes more difficult because of leakage, reliability, and cost walls. To keep the pace with the exploding market needs at affordable cost, novel alternative technologies are under investigation;...

Demeter: A Fast and Energy-Efficient Food Profiler Using Hyperdimensional Computing in Memory

Food profiling is an essential step in any food monitoring system needed to prevent health risks and potential frauds in the food industry. Significant improvements in sequencing technologies are pushing food profiling to become the main computational bottleneck. State-of-the-art profilers are unfortunately too costly for food profiling. Our...

Design of a Deep Sea LiDAR System: Laser Pulse Reception and LiDAR Control Logic

Current subsea LiDAR implementations are inherently depth limited, and make LiDAR applications in the deep-sea costly. To this end, the SLiDAR project aims to develop a pressure tolerant LiDAR system for use at any ocean depth. This thesis elaborates the high-level system design of the LiDAR system, as well as the design and implementation of...

Circuit Design for Memristor based In-Memory Computing

Modern computing systems suffer due to inability of CMOS-device technology and conventional Von-Neumann architectures to support today's ever-increasing demand of high performance, reliability, cost and energy-efficiency. While CMOS device suffers from high static leakage, reduced reliability and manufacturing complexity; conventional computing...

Solution of an hydraulic problem by analog computer

Comments on a paper on Analog Computers by Glover, Herbert and Daum, as published by ASCE.

Application to an hydraulic problem

Description of an analog computer to determine flow in the delta of the Sacramento river related to the Shasta Dam. Discussion by Van Veen on a similar computer developed in the Netherlands to compute tidal flow in tidal rivers