Computational Efficiency

Composite Kernels for Hyperspectral Image Classification

Geoscience / Geomatic Engineering / Computational Efficiency / Support vector machine / Hyperspectral Image Analysis / Electrical And Electronic Engineering / Classification Accuracy / Electrical And Electronic Engineering / Classification Accuracy

A two-point, three-dimensional seismic ray tracing using genetic algorithms

Geochemistry / Geophysics / Genetic Algorithm / Seismic Waves / Fixed Point Theory / Ray Tracing / Computational Efficiency / Travel Time / Three Dimensional / Boundary Value Problem / Ray Tracing / Computational Efficiency / Travel Time / Three Dimensional / Boundary Value Problem

Multiplicative Jacobian Energy Decomposition method for fast porous visco-hyperelastic soft tissue model

Algorithms / Finite element method / Porosity / Computer Simulation / Liver / Animals / Viscosity / Computational Efficiency / Hardness / Real Time / Swine / Reproducibility of Results / Adomian decomposition method / Elastic Modulus / Soft Tissue / Sensitivity and Specificity / X ray Computed Tomography / Animals / Viscosity / Computational Efficiency / Hardness / Real Time / Swine / Reproducibility of Results / Adomian decomposition method / Elastic Modulus / Soft Tissue / Sensitivity and Specificity / X ray Computed Tomography

Computer simulation of a central pattern generator via Kuramoto model

Mathematical Physics / Quantum Physics / Motor Control / Coupled Oscillator / Numerical Simulation / Computer Simulation / Computational Efficiency / Oscillations / Synaptic Transmission / Boundary Condition / Order Parameter / Experimental Data / Computer Simulation / Computational Efficiency / Oscillations / Synaptic Transmission / Boundary Condition / Order Parameter / Experimental Data

Multiplicative Jacobian Energy Decomposition Method for Fast Porous Visco-Hyperelastic Soft Tissue Model

Algorithms / Finite element method / Porosity / Computer Simulation / Liver / Animals / Viscosity / Computational Efficiency / Hardness / Real Time / Swine / Reproducibility of Results / Adomian decomposition method / Elastic Modulus / Soft Tissue / Sensitivity and Specificity / X ray Computed Tomography / Animals / Viscosity / Computational Efficiency / Hardness / Real Time / Swine / Reproducibility of Results / Adomian decomposition method / Elastic Modulus / Soft Tissue / Sensitivity and Specificity / X ray Computed Tomography

Badly posed classification of remotely sensed images-an experimental comparison of existing data labeling systems

Geophysics / Remote Sensing / Inductive Learning / Geoscience and remote sensing / Image Classification / Supervised Learning / Unsupervised Learning / Prior Knowledge / Geomatic Engineering / Computational Efficiency / Quality assessment / Accuracy Assessment / Ground Truth / Electrical And Electronic Engineering / Remote Sensing Image / Curse of Dimensionality / Supervised Learning / Unsupervised Learning / Prior Knowledge / Geomatic Engineering / Computational Efficiency / Quality assessment / Accuracy Assessment / Ground Truth / Electrical And Electronic Engineering / Remote Sensing Image / Curse of Dimensionality

Divide and conquer approach for efficient pagerank computation

Markov-chain model / World Wide Web / Efficient Algorithm for ECG Coding / Computational Efficiency / First-Order Logic / Graph Partitioning / Divide and Conquer / Graph Partitioning / Divide and Conquer

A computational efficient general wheel-rail contact detection method

Mechanical Engineering / Applied Mathematics / Contact Mechanics / Dynamic Simulation / Multibody Dynamics / Computational Efficiency / Contact area / Three Dimensional / Contact Problem / Computational Efficiency / Contact area / Three Dimensional / Contact Problem

A computational efficient general wheel-rail contact detection method

Mechanical Engineering / Applied Mathematics / Contact Mechanics / Dynamic Simulation / Multibody Dynamics / Computational Efficiency / Contact area / Three Dimensional / Contact Problem / Computational Efficiency / Contact area / Three Dimensional / Contact Problem

A complete ensemble empirical mode decomposition with adaptive noise

Signal Processing / Electrocardiography / Heart rate variability / Biomedical Signal Processing / Empirical mode decomposition / Computational Efficiency / Oscillations / Electrocardiogram / Signal to Noise Ratio / White Noise / Gaussian White Noise / Computational Efficiency / Oscillations / Electrocardiogram / Signal to Noise Ratio / White Noise / Gaussian White Noise

Strategies for Efficient Computation of Multivariate Poisson Probabilities

Algorithm / Probability / Multivariate Analysis / Numerical Simulation / Probability Distribution & Applications / Mathematical Sciences / Efficient Algorithm for ECG Coding / Computational Efficiency / Recurrence Relation / Application / Multivariate Normal Distribution / Poisson Distribution / Mathematical Sciences / Efficient Algorithm for ECG Coding / Computational Efficiency / Recurrence Relation / Application / Multivariate Normal Distribution / Poisson Distribution

Strategies for Efficient Computation of Multivariate Poisson Probabilities

Algorithm / Probability / Multivariate Analysis / Numerical Simulation / Probability Distribution & Applications / Mathematical Sciences / Efficient Algorithm for ECG Coding / Computational Efficiency / Recurrence Relation / Application / Multivariate Normal Distribution / Poisson Distribution / Mathematical Sciences / Efficient Algorithm for ECG Coding / Computational Efficiency / Recurrence Relation / Application / Multivariate Normal Distribution / Poisson Distribution

Divide and conquer approach for efficient pagerank computation

Markov-chain model / World Wide Web / Efficient Algorithm for ECG Coding / Computational Efficiency / First-Order Logic / Graph Partitioning / Divide and Conquer / Graph Partitioning / Divide and Conquer

A free lunch in linearized experimental design?

Engineering / Earth Sciences / Algorithms / Data Analysis / Experimental Design / Anisotropy / Design method / Survey design / Computational Efficiency / Design Criteria / Inverse Theory / Petroleum Industry / Information Discovery / Objective function / Anisotropy / Design method / Survey design / Computational Efficiency / Design Criteria / Inverse Theory / Petroleum Industry / Information Discovery / Objective function

Unsupervised Full-Polarimetric SAR Data Segmentation as a Tool for Classification of Agricultural Areas

Image segmentation / Region growing / Computational Efficiency / Information Content / Unsupervised Clustering / Bottom Up / Radar Imaging / Unsupervised Classification / Markov Random Field / Bottom Up / Radar Imaging / Unsupervised Classification / Markov Random Field

Composite Kernels for Hyperspectral Image Classification

Geophysics / Geoscience / Geomatic Engineering / Computational Efficiency / Support vector machine / Hyperspectral Image Analysis / Electrical And Electronic Engineering / Classification Accuracy / Hyperspectral Image Analysis / Electrical And Electronic Engineering / Classification Accuracy

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