This paper presents an analytical method for studying vibration and acoustic radiation problems of non-uniform beams and a symbolic-digital hybrid programming approach based upon the analytical method.
The analog approach is based on oligonucleotide probe hybridizations such as Northern blotting, mRNA differential display, and DNA microarrays, while the digital approach is based on high-throughput generation of gene transcripts as in the case of Expressed Sequence Tags (ESTs).
The objective of this work was to compare three spatially explicit modeling approaches for soil depth (SD) for France (540 K km2), produced using: i) a straight forward digital soil mapping (DSM) approach, based on regression treemodeling (RTM), ii) gradient boosting modeling (GBM), and iii) multi-resolution kriging (MrK) for large datasets.
This algorithm performed the segmentation of a beam point cloud by means of a 2.5D approach based on digital image processing.
Therefore, in this work, an approach based on digital IIR filters are described for the elimination of noise on transcranial Doppler by using artificial bee colony (ABC) which is a popular swarm based optimization algorithm introduced recently.
The test results demonstrated that the proposed approach based on digital signal can detect interconnect failures earlier than the DC resistance, which means that the proposed approach can enable electronic components to detect interconnect failures by themselves.
LRNG meets this gap by working with cities and businesses to create an alternative learning approach based on digital badges, which can be earned for a wide range of skills, including teamwork, and can eventually lead to internship and job opportunities for opportunity youth.
This paper presents a new approach based on the digital image correlation (DIC) technique for evaluating damage in masonry structures on the basis of the opening of joints.
In this paper, we formalize the digital library (DL) integration problem and propose an overall approach based on the 5S (streams, structures, spaces, scenarios, and societies) framework.
Recently, a study was published that demonstrated an EG-based droplet digital PCR platform as well as a proof-of-concept multiplexing approach based on amplicon length with the QX200 system.
