This paper addresses the problem of detecting anomalous interactions or traffic within a very large
network using a limited number of unlabeled observations. In particular, consider n recorded interactions
among p nodes, ...
Timing-related defects are a major cause for test escapes and field returns for very-deep-sub-micron (VDSM) integrated circuits (ICs). Small-delay variations induced by crosstalk, process variations, power-supply noise, ...
Dynamic voltage scaling (DVS) has been widely
adopted in multicore SoCs for reducing dynamic power consumption.
Despite its benefits, the use of DVS increases test time
because high product quality can only be ensured ...
On-demand digital-print service offers mass customization
and exemplifies personalized manufacturing services.
We describe a real-time and online optimization technique
based on genetic algorithms (GA) for print factory ...
Functional test sequences are often used in manufacturing
testing to target defects that are not detected by structural
test. Therefore, it is necessary to evaluate the quality of functional
test sequences. However, it ...
An experimental psychophysical interface has been developed using Hearworks Pty Ltd’s SPEAR3 research sound processor,
which is compatible with Cochlear Corporation’s Nucleus CI22 and CI24 implants. Modifications to the ...
Recent work has established the efficacy of using online convex programming methods on exponential families in the context of sequential probability assignment. This paper describes methods which build
upon that framework ...
Timing-related defects are major contributors to test escapes and in-field reliability problems for very-deep submicron
integrated circuits. Small delay variations induced by crosstalk,
process variations, power-supply ...
We present a new method to generate compact stuck-at
test sets that offer high defect coverage. The proposed method
first selects the most effective patterns from a large N-detect pattern
repository, by using a new ...
Droplet-based “digital” microfluidics technology has
now come of age and software-controlled biochips for healthcare
applications are starting to emerge. However, today’s digital
microfluidic biochips suffer from the ...