Computer Simulation

Modeling aerobic carbon source degradation processes using titrimetric data and combined respirometric-titrimetric data: Experimental data and model structure

Carbon Dioxide / Carbon / Environmental Monitoring / Multidisciplinary / Model / Computer Simulation / Glucose / Degradation / Respirometry / Ammonia / Aerobic / Oxygen / Sewage / Titration / Reproducibility of Results / Sensitivity and Specificity / Experimental Data / Hydrogen-Ion Concentration / Oxygen Consumption / Carbon Source / Titrimetry / Computer Simulation / Glucose / Degradation / Respirometry / Ammonia / Aerobic / Oxygen / Sewage / Titration / Reproducibility of Results / Sensitivity and Specificity / Experimental Data / Hydrogen-Ion Concentration / Oxygen Consumption / Carbon Source / Titrimetry

A Neural Model of Multimodal Adaptive Saccadic Eye Movement Control by Superior Colliculus

Attention / Cats / Learning / Memory / Computer Simulation / Animals / Saccades / Parietal Cortex / Substantia nigra / The / Periodicity / Superior Colliculus / Parietal Lobe / Reticular Formation / Animals / Saccades / Parietal Cortex / Substantia nigra / The / Periodicity / Superior Colliculus / Parietal Lobe / Reticular Formation

Three-dimensional finite-difference bidomain modeling of homogeneous cardiac tissue on a data-parallel computer

Algorithms / Cardiology / Biomedical Engineering / Parallel Processing / Humans / Computer Simulation / Heart / Finite Difference / Finite Difference Method / Three Dimensional / Parallel Computer / Electrical And Electronic Engineering / Finite Difference Methods / Computing Methodologies / Computer Simulation / Heart / Finite Difference / Finite Difference Method / Three Dimensional / Parallel Computer / Electrical And Electronic Engineering / Finite Difference Methods / Computing Methodologies

Linear and nonlinear ARMA model parameter estimation using an artificial neural network

Artificial Intelligence / Biomedical Engineering / System Identification / Computational Modeling / Nonlinear dynamics / Neural Networks / Comparative Study / Neural Network / Linear models / Electrocardiography / Parameter estimation / Input-Output Analysis / Signal Analysis / Artificial Neural Networks / Linear Model / Humans / Computer Simulation / Heart rate / Feedforward Neural Network / Dynamical System / Moving average / Nonlinear Dynamic System / Lung Volume Measurements / ARMA model / Polynomials / Experimental Data / Artificial Neural Network / Electrical And Electronic Engineering / Neural Network Model / Autoregressive model / Neural Networks / Comparative Study / Neural Network / Linear models / Electrocardiography / Parameter estimation / Input-Output Analysis / Signal Analysis / Artificial Neural Networks / Linear Model / Humans / Computer Simulation / Heart rate / Feedforward Neural Network / Dynamical System / Moving average / Nonlinear Dynamic System / Lung Volume Measurements / ARMA model / Polynomials / Experimental Data / Artificial Neural Network / Electrical And Electronic Engineering / Neural Network Model / Autoregressive model

Efficient Genotype Elimination via Adaptive Allele Consolidation

Genetics / Algorithms / Computational Biology / Biological Sciences / Humans / Computer Simulation / Mathematical Sciences / Haplotypes / Female / Male / Pedigree / High performance / Genotype / Linkage Analysis / Founder Effect / Inheritance Patterns / Computer Simulation / Mathematical Sciences / Haplotypes / Female / Male / Pedigree / High performance / Genotype / Linkage Analysis / Founder Effect / Inheritance Patterns

Multifrequency vibro-acoustography

Engineering / Algorithms / Acoustics / Biomechanics / Vibrations / Ultrasound / Stress field / Vibration / Acoustic Emission / Low Frequency / Elasticity / Humans / Computer Simulation / Scanning Acoustic Microscopy / Information Storage and Retrieval / Medical Image / Image Enhancement / Reproducibility of Results / Experimental Validation / Sensitivity and Specificity / Point Spread Function / Image Formation / Ultrasound / Stress field / Vibration / Acoustic Emission / Low Frequency / Elasticity / Humans / Computer Simulation / Scanning Acoustic Microscopy / Information Storage and Retrieval / Medical Image / Image Enhancement / Reproducibility of Results / Experimental Validation / Sensitivity and Specificity / Point Spread Function / Image Formation

Sequential Dependencies in Driving

Psychology / Cognitive Science / Human Computer Interaction / Simulation / Safety / Humans / Computer Simulation / Cues / Female / Male / Reaction Time / Adult / Automobile driving / Psychomotor Performance / Humans / Computer Simulation / Cues / Female / Male / Reaction Time / Adult / Automobile driving / Psychomotor Performance

Current-density imaging using ultra-low-field MRI with zero-field encoding

Cognitive Science / Algorithms / Biomedical Engineering / Magnetic Resonance Imaging / Humans / Computer Simulation / Permeability / Feasibility Studies / Three Dimensional Imaging / Electromagnetic Fields / Clinical Sciences / Image Enhancement / Magnetic Fields / Computer Simulation / Permeability / Feasibility Studies / Three Dimensional Imaging / Electromagnetic Fields / Clinical Sciences / Image Enhancement / Magnetic Fields

Sequential Dependencies in Driving

Psychology / Cognitive Science / Human Computer Interaction / Simulation / Safety / Humans / Computer Simulation / Cues / Female / Male / Reaction Time / Adult / Automobile driving / Psychomotor Performance / Humans / Computer Simulation / Cues / Female / Male / Reaction Time / Adult / Automobile driving / Psychomotor Performance

In silico model of an antenna of a phycobilisome and energy transfer rates determination by theoretical Förster approach

Protein Science / Computer Simulation / Antenna / Energy Transfer / Phycocyanin / PLANT PROTEINS / Phycoerythrin / Biochemistry and cell biology / PLANT PROTEINS / Phycoerythrin / Biochemistry and cell biology

Bayesian semiparametric regression models to characterize molecular evolution

Molecular Evolution / Biological Sciences / Sequence alignment / Computer Simulation / Mathematical Sciences / BMC Bioinformatics / Proteins / Amino Acids / Bayes Theorem / BMC Bioinformatics / Proteins / Amino Acids / Bayes Theorem

OMERO: flexible, model-driven data management for experimental biology

Bioinformatics / Technology / Electron Microscopy / Microscopy / Open Source Software / Imaging / Biology / Data Management / High Content Screening / Middleware / Database Management Systems / Biological Sciences / Software / Humans / Computer Simulation / Animals / Computer User Interface Design / Information Storage and Retrieval / Light microscopy / Biological Data / Imaging / Biology / Data Management / High Content Screening / Middleware / Database Management Systems / Biological Sciences / Software / Humans / Computer Simulation / Animals / Computer User Interface Design / Information Storage and Retrieval / Light microscopy / Biological Data

OMERO: flexible, model-driven data management for experimental biology

Bioinformatics / Technology / Electron Microscopy / Microscopy / Open Source Software / Imaging / Biology / Data Management / High Content Screening / Middleware / Database Management Systems / Biological Sciences / Software / Humans / Computer Simulation / Animals / Computer User Interface Design / Information Storage and Retrieval / Light microscopy / Biological Data / Imaging / Biology / Data Management / High Content Screening / Middleware / Database Management Systems / Biological Sciences / Software / Humans / Computer Simulation / Animals / Computer User Interface Design / Information Storage and Retrieval / Light microscopy / Biological Data

Determination of the detective quantum efficiency of a digital x-ray detector: Comparison of three evaluations using a common image data set

Biophysics / Biomedical Engineering / Computer Aided Design / Quantum Theory / Medical Physics / X Rays / Computers / Computer Simulation / Radionuclide imaging / Theoretical Models / Public health systems and services research / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis / Detective Quantum Efficiency / Monte Carlo Method / X Rays / Computers / Computer Simulation / Radionuclide imaging / Theoretical Models / Public health systems and services research / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis / Detective Quantum Efficiency / Monte Carlo Method

Estimation of in vivo human brain-to-skull conductivity ratio from simultaneous extra- and intra-cranial electrical potential recordings

Engineering / Algorithms / Epilepsy / Electroencephalography / Brain Mapping / Brain / Humans / Child / Computer Simulation / Female / Clinical / Skull / Male / Human Brain / Inverse Problem / Clinical Neurophysiology / High Resolution / Electric Conductivity / Brain / Humans / Child / Computer Simulation / Female / Clinical / Skull / Male / Human Brain / Inverse Problem / Clinical Neurophysiology / High Resolution / Electric Conductivity

Estimation of in vivo human brain-to-skull conductivity ratio from simultaneous extra- and intra-cranial electrical potential recordings

Engineering / Algorithms / Epilepsy / Electroencephalography / Brain Mapping / Brain / Humans / Child / Computer Simulation / Female / Clinical / Skull / Male / Human Brain / Inverse Problem / Clinical Neurophysiology / High Resolution / Electric Conductivity / Brain / Humans / Child / Computer Simulation / Female / Clinical / Skull / Male / Human Brain / Inverse Problem / Clinical Neurophysiology / High Resolution / Electric Conductivity
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