energy function

In this paper, Gaussian curvature was used to define the energy function on image, and then the Euler equation was obtained.

Besides, we also propose the improvement of energy function of active contour models for the soccer video.

The color similarity and texture similarity between the images are formulated in the energy function of snakes.

The molecular potential energy function is the theoretical foundations of studying theoretical chemistry and atomic and molecular physics.

A segmental deformable model for image segmentation was presented and affine invariants were introduced into the model's energy function.

The corner energy function can reflect the properties of mouth corners and teeth region effectively.

finally, the human motion data are optimized by solving the energy function of human body constraints.

The in painting processing performs with optimizing an energy function of image gray and gradient directions.

The ideal of energy function should can concisely expresses the relation between space position of atom of protein and protein energy.

Potential energy function is the complete description of electronic structure for molecule itself.

For the excited state, especially the high-excited state potential energy function, the researches are few.

Therefore, it is necessary to accurately investigate the molecular potential energy function from theoretical level.

TCM frequently references several major Qi, or energy function, problems.

According to the energy function of half-edge collapse, this algorithm can effectively reduce geometry error.

Energy function(fitness function)is set up with correlation function and fuzzy evaluation method.

The energy function is composed of regularization term and matching term.

according to the characteristics of iris texture, the definition of iris is evaluated by edge energy function.

An Ultra High Speed Relay based on the energy function of the fault component is discussed in this paper.

There is also an energy function that offers an option to the user to use solar energy as a power source.

Based on the above results, the new transient stability analysis method of normalized energy function (NEF) is proposed.

The MRF-MAP which is minimum energy function, is adopted to obtain the label field and extract the moving object.

The adopted MRF family is the so-called Gaussian-MRF (GMRF), whose energy function is quadratic.

approximating methods based on optimization of linear energy function.

This method is a modified model of Statistical Jump Regression Analysis, and also modifies the energy function from L2 to L1.

Firstly, an energy function is defined based on the fusion of color and gradient features.

Secondly, the energy function is minimized based on graph cut theory.

Study of a universal analytic potential energy function

Molecular Structure and Potential Energy Function of UO and Thermodynamic Functions for Ground State of UO

A Nonlinear Visco-Hyperelastic Constitutive Model Based on Yeoh Strain Energy Function with Its Application to Impact Simulation

A potential energy function study of the dynamical and surface properties of lead

Application of normalized energy function for transient stability assessment in Henan power network with stability control

Study on Empirical Potential Energy Function of Molecular Dynamics Simulations for Carbon Nanotubes

Phase equilibrium calculation by minimization of energy function

Emergency Control Algorithm Based on Correctional Transient Energy Function Margin and Its Application in Guangdong Power Grid

Study on Simulating Fabric Style by Taking Advantage of Minimizing Energy Function

Singular Point and Multiple Energy Function Sheets in Power System Differential-algebraic Model

The Corrected Kinetic Energy Function of Generator and Simulation Validity Test

Fault detection principle by energy function in ineffective grounding systems

Improved energy function to detect the grounded line in neutral point indirectly grounded network

Application of Energy Function on Dynamic Optimization of High Arch Dam

Application of Transient Energy Function Method in Auxiliary Decision of Black Start of Local Power Grids

Potential Energy Function of the Excited States of Some Halogen Diatomic Molecules

Potentional Energy Function and Vertical Ionization Potential of Boron Chloride Molecule and Molecular Ions

Artificial Heart Control System with Potential Energy Function

Dynamic integral step control of Taylor series in transient energy function method

Structure and Potential Energy Function of UC Molecule

Chaotic neural network method for job-shop scheduling problems based on improved computational energy function

Energy function analysis for power system stability

Chapter 2 describes the basic theories of the potential energy function and the excited states under the external electric field;

Simulation Study of TCSC Based on energy function for transient stability enhancement

Image Mosaic Based on Stationary Wavelet Decomposition and Energy Function Optimization

Ab Initio Study on Potential Energy Function and Vertical Ionization Potential for PuH Molecule

Molecular Structure and Analytical Potential Energy Function for OUH System

Stereo Match Method Research Based on Minimization of Energy Function

Study on the TSP Based on an Improved Energy Function and Transiently Chaotic Neural Network Model

Structural optimal configuration of human resource based on fuzzy energy function

Potential Energy Function and the Balance of Rigid Body

The Use of Neural Network's Energy Function in the Convolution Decoding Method

Adaptive IIR Filtering Based on the Energy Function of Neural Network

Analysis of Ill-posed Anisotropic Diffusion Based on Energy Function

A Note on Strain-energy Function