Recently, progress has been made by using chaotic excitation signals and attractor-based analysis to detect damage in a structure.
Since chromosome loss would result in LOH for markers on both centromeric arms, we examined Ura− derivatives using a PCR-based analysis to detect LOH for markers on both the right and left arms of chromosomes III or V (details in File S1).
The purpose of this study was to identify a panel of genes for future multi-marker RT-qPCR based analysis to increase the sensitivity to detect circulating tumor cells.
In this work, we propose a multiple-label based enrichment analysis to detect such dysregulated pathways, which simultaneously takes into account the genes with differential expression (a label as DEGs) and genes with differential expression variance (the other label as DEVGs) together (Fig. 1).
This paper proposes an automatic method based on wavelet analysis to detect multiple oscillations in control loops.
They developed a method based on statistical analysis to detect the SCs using the amplitude and increasing rate of the geomagnetic field.
The monitorability model based analysis (ability to detect and to isolate an actuator fault) is based on the structured residual analysis using analytical redundancy or covering causal path based on bond graph methodology.
To estimate the environmental niche of the species, we used an original data-set based on satellite image analysis to detect species presence and an ensemble modelling approach using three species distribution models (GLM, GAM and MaxEnt).
In this paper, we present a new technique based on null subspace analysis to detect the presence of nonlinearity and estimate the degree of nonlinearity in structures using ambient vibration data.
The objective is the design and implementation of a software system based on optical flow analysis to detect and identify moving objects as perceived by a driver, taking into account that these objects could interfere with the driver's behavior, either through distraction or by posing an actual danger that may require an active response.
Study design: We designed a semiquantitative nested PCR based on a limiting dilution analysis to detect high viral loads in PBMC.
