Publications
Search results
Jump to search filtersSome language issues in high performance computing: translation from fine-grained parallelism to coarse-grained parallelism
Abstract not provided.
SMAC modal parameter extraction
Abstract not provided.
Wet etching of sol-gel deposited PLZT for photonic crystal applications
Abstract not provided.
Ceramic microfluidic microsystems for high temperature and high pressure applications
Abstract not provided.
Microcoil 1H NMR spectroscopy for the low-field detection of superparamagnetic nanoparticles
Proposed for publication in the Journal of Magnetic Research.
Abstract not provided.
BROOM:building restoration operations model
Abstract not provided.
Microanalytical systems for rapid, automated chemical analysis
Abstract not provided.
An optoelectronic oscillator using an 850nm VCSEL for generating low jitter optical pulses
Proposed for publication in the IEEE Photonics Technology Letters.
Abstract not provided.
Effects of buoyancy on contaminant transport in room air flows
Abstract not provided.
Modeling dissolution in aluminum alloys using a sharp-interface from-tracking method
Abstract not provided.
VCSELs for atomic clocks
Abstract not provided.
Chemistry and Beyond : the tale of a surface chemist
Abstract not provided.
Engineering fluidic damping in a MEMS intertial switch
Abstract not provided.
BROOM sampling design tools
Abstract not provided.
Virtue Private Network (VPN)
Abstract not provided.
Experimental uncertainty quantification of a class of wind turbine blades
Abstract not provided.
Channel Modeling of Exo-Atmospheric Network and Cooperative Communication
Abstract not provided.
Optimized effective potential from a correlated wave function: OEP-GVB
Proposed for publication in the Journal of Chemical Physics.
A sequential vehicle classifier for infrared video using multinomial pattern matching
Proceedings of the IEEE Computer Society Conference on Computer Vision and Pattern Recognition
Vehicle classification is a challenging problem, since vehicles can take on many different appearances and sizes due to their form and function, and the viewing conditions. The low resolution of uncooled-infrared video and the large variability of naturally occurring environmental conditions can make this an even more difficult problem. We develop a multilook fusion approach for improving the performance of a single look system. Our single look approach is based on extracting a signature consisting of a histogram of gradient orientations from a set of regions covering the moving object. We use the multinomial pattern matching algorithm to match the signature to a database of learned signatures. To combine the match scores of multiple signatures from a single tracked object, we use the sequential probability ratio test. Using real infrared data we show excellent classification performance, with low expected error rates, when using at least 25 looks. © 2006 IEEE.
Filling the void : renewable energy credits
Proposed for publication in Solar Today.
Abstract not provided.
Modeling of thermally-driven transport in interior spaces for applications to zonal mixing models
Abstract not provided.
Control systems security assessments
Abstract not provided.
The role of adhesion and fracture on the performance of nanostructured films
Nanostructured materials are the basis for emerging technologies, such as MEMS, NEMS, sensors, and flexible electronics, that will dominate near term advances in nanotechnology. These technologies are often based on devices containing layers of nanoscale polymer, ceramic and metallic films and stretchable interconnects creating surfaces and interfaces with properties and responses that differ dramatically from bulk counterparts. The differing properties can induce high interlaminar stresses that lead to wrinkling, delamination, and buckling in compression [1,2], and film fracture and decohesion in tension. [3] However, the relationships between composition, structure and properties, and especially adhesion and fracture, are not well-defined at the nanoscale. These relationships are critical to assuring performance and reliability of nanostructured materials and devices. They are also critical for building materials science based predictive models of structure and behavior.
LDRD Final Report: Improving Human/System Interactions in Systems-of-Systems
Abstract not provided.
Results 83326–83350 of 96,771