Experimental Computer-Aided Design Flow

Field-Programmable Gate Arrays (FPGAs) have become the implementation medium of choice for many digital circuits in areas as diverse as telecommunications, bioinformatics, visualization systems, and digital signal processing. One of the few areas where FPGAs have not yet become ubiquitous is in mobile applications.This application area is huge; together with cloud computing, we expect that […]

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Improving Signature-Based Intrusion Detection

The prevalent use of signature-based approach in modern intrusion detection systems (IDS) emphasizes the importance of two issues associated with the performance of the approach: the rigid requirements for signature processing and the quality of signature set. The focus of this research project is on improving performance of signature-based intrusion detection. The signature-based intrusion detection […]

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Experimental investigation of anaerobic digestion conducted under controlled conditions: data collection and analysis

Anaerobic digestion is an environmentally-friendly process that breaks down biomass into simpler, more stable components, while simultaneously capturing energy in the form of a methane-rich biogas.  Digesters are usually used to treat wastes, such as at municipal waste facilities, or from livestock farms.  However, anaerobic digesters are not very reliable, suffering from occasional “digester upsets”.  […]

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Strengthening Prestressed/Precast Hollow Core Slabs with Near-Surface Mounted FRP Reinforcement

Pre-cast prestressed hollow core (HC) slabs are special design components that have not received much research attention. Several structures where deterioration due to chloride penetration is problematic often contain concrete slabs. Multi-story parking structures, bridges, commercial and industrial buildings are common examples of structures exposed to adverse chemical environments. A strengthening technique resistant to such […]

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Structure and Function of a Ribonucleoprotein Particle

The Kothe research group studies the structure and function of small ribonucleoproteins which are involved in ribosome biogenesis, in particular in modification of ribosomal RNA, with the aim of better understanding how the cell assembles large RNAprotein complexes such as the ribosome. My basic research investigates the mechanism of the early stages in ribosome biogenesis […]

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Parallel Software Acceleration of Meta-Heuristics for Data Mining

Over the last ten years, the needs of industry have made data mining one of the most important facets of Information Technology (IT). In simple terms, data mining is the automatic process of extracting interrelationships and patterns of interest from data. Today, companies around the world rely on data mining not only to discover knowledge […]

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Partial differential equations for seismic imaging.

The goal of the project is to implement specific numerical algorithms for rendering high resolution seismic images, using a parallel processing framework. Seismic imaging is the standard technology used for creating accurate images of the earth’s subsurface, which is applied to the commercial exploration of oil and gas resources, monitoring carbon dioxide sequestering sites, and […]

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Vibration Assisted Nano Mechanical Machining through Atomic Force Microscope

The objectives of this proposed research are the development of a piezoelectric actuator system to assist nano machining by minimizing forces and the generation of nano-patterns to achieve the desired surface characteristics. The objectives shape the comprehensive technologies required to achieve flexibility, productivity and accuracy in manufacturing miniature systems through a judicious combination of experimental […]

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Design and Construction of Gust Simulator for Wind-Turbine Testing

Advancements in wind-turbine design are currently limited by the unsteady, gust-induced structural loadings incurred on blades. By studying how animals swim and fly in unsteady environments, improvements to wind-turbine gust performance can be achieved. Such biomimetic research takes advantage of millions of years of evolutionary optimization. One elegant example is found in the efficient flapping […]

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Brain to Machine Interface Based on EEG Signals

Brain to machine interface (BMI) is a research topic aiming to develop more direct interface between a human brain and a machine. The research is primarily motivated by desire to help humans who are in need of assistance or repair of theircognitive, sensory, or motor functions. In general, BMI is designed to be either invasive […]

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