Browsing by Subject "Computer Engineering"
Now showing items 1-8 of 8
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A Discrete Monolayer Cardiac Tissue Model for Tissue Preparation Specific Modeling
(2010)Engineered monolayers created by using microabrasion and micropatterning methods have provided a simplified in vitro system to study the effects of anisotropy and fiber direction on electrical propagation. Interpreting the ... -
Attack Countermeasure Trees: A Non-state-space Approach Towards Analyzing Security and Finding Optimal Countermeasure Set
(2010)Attack tree (AT) is one of the widely used non-statespacemodels in security analysis. The basic formalism of ATdoes not take into account defense mechanisms. Defense trees(DTs) have been developed to investigate the effect ... -
Cost-effective Designs for Supporting Correct Execution and Scalable Performance in Many-core Processors
(2010)Many-core processors offer new levels of on-chip performance by capitalizing on the increasing rate of device integration. Harnessing the full performance potential of these processors requires that hardware designers not ... -
DESIGN-FOR-TESTABILITY AND DIAGNOSIS METHODS TO TARGET UNMODELED DEFECTS IN INTEGRATED CIRCUITS AND MULTI-CHIP BOARDS
(2011)Very deep sub-micron process technologies are leading to increasing defect rates for integrated circuits (ICs) and multi-chip boards. To ensure the quality of test patterns and more effective defect screening, functional ... -
Development and Implementation of Bayesian Computer Model Emulators
(2011)Our interest is the risk assessment of rare natural hazards, such aslarge volcanic pyroclastic flows. Since catastrophic consequences ofvolcanic flows are rare events, our analysis benefits from the use ofa computer model ... -
Technology Impacts of CMOS Scaling on Microprocessor Core Design for Hard-Fault Tolerance in Single-Core Applications and Optimized Throughput in Throughput-Oriented Chip Multiprocessors
(2010)The continued march of technological progress, epitomized by Moore’s Law provides the microarchitect with increasing numbers of transistors to employ as we continue to shrink feature geometries. Physical limitations impose ... -
The Thermo-Mechanical Dynamics of DNA Self-Assembled Nanostructures
(2010)The manufacturing of molecular-scale computing systems requires a scalable, reliable, and economic approach to create highly interconnected, dense arrays of devices. As a candidate substrate for nanoscale logic circuits, ... -
Unified Design and Optimization Tools for Digital Microfluidic Biochips
(2011)Digital microfluidics is an emerging technology that provides fluid-handling capability on a chip. Biochips based on digital microfluidics have therefore enabled the automation of laboratory procedures in biochemistry. By ...
