This paper presents an exemplar-based method to provide intuitive way for users to generate 3D human body shape from semantic parameters.
Bedside teachers use bedside rounds as a workplace-based method to provide assessment, feedback, and reflection, which are aligned with the goals of competency-based medical education.
Bedside teachers use bedside rounds as a workplace-based method to provide feedback and stimulate reflection, which aligns with the prerequisites of competency-based medical education.
This approach provides a solution based method to complement X-ray crystallographic data and can be applied to nearly any kinase, regardless of size or method of production.
The ohmic pretreatment was optimized using an experimental design based on Taguchi method to provide treated biomass that maximized the biodiesel yield in subsequent extraction transesterification operation.
In the future version, more medicinal and pharmacological data will be added, such as the drug action mode: stimulation and inhibition, drug combination for various diseases etc. Particularly, we are planning to implement the physiologically based pharmacokinetics (PBPK) method to provide a more realistic description of the behavior of the substance in various tissues and organs.
In this paper, a stochastic filtering approach is proposed based on a sequential Monte Carlo method to provide real-time estimates of the state in gas pipelines.
To solve this difficult problem, we propose several heuristics, and use a new stabilized column generation approach, based on a central cutting plane method, to provide lower bounds.
A simple integral controller has been designed for the tracking of the maximum power point of a PV array based on the extremum seeking control method to provide a reference PV output current for the grid interface.
This has led to the proposal of a variety of specifications and proposals based on soft computing methods to provide the necessary security for these environments.
EpiTYPER analysis is a MALDI TOF mass spectrometry based method that provides a quantitative view of CpG dinucleotide methylation to single or multiple dinucleotide resolution.
