A Quadratic precision generalized nonlinear global optimization migration velocity inversion method
At first, the global optimization problem, is divided into the purely thermal subsystems and purely hydroelectric subsystems.
The global optimization method and thermo-coefficient suitable for heat supply steam turbine sets is deduced according to the optimized method for Condensing steam turbines sets.
This is a conflict between local optimization and global optimization, the short term and the long term.
Seismic inversion problems must be solved by non linear global optimization methods.
The proposed method, having good characteristics of global optimization and better performance in practical engineering, can identify the structure and the relative parameters of predicted model.
Design of experiment and global optimization algorithm are integrated in the system to enhance optimization robustness and accelerate convergence.
A simple and efficient global optimization method, Accelerated Controlled Random Search (ACRS), is presented in this paper.
Resilient particle swarm global optimization algorithm based on chaos
This paper presents an improved fast simulated annealing algorithm based on the analysis on deterministic method and simulated annealing algorithm for solving global optimization problems.
A new method of convexification and concavification for a kind of global optimization;
A new method to get essential-optimal solution for a class of global optimization
In this paper a global optimization algorithm is proposed for locating global minimum of sum of linear ratios problem (p) with coefficients.
The novel algorithm can ensure great probability for global optimization.
global optimization structure
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