Interior Point Method for Optimal Real-Time Electricity Pricing
Optimal real-time electricity pricing based on interior point method, primarily utilizing a 14-node power system model
MATLAB Implementation of Interior Point Method for Optimal Power Flow
Interior Point Method MATLAB Program for Solving Optimal Power Flow Problems with Code Implementation Details
MATLAB Implementation of Interior Point Method
Programming-based optimization solver using Interior Point Method, including MATLAB implementation code and technical documentation for calculating optimal solutions
Interior Point Method for Solving Linear Programming Problems
Implementation of linear programming problem solving using interior point method; includes detailed documentation with algorithm explanations and code implementation insights
Full Polar Coordinates Interior Point Method for Optimal Power Flow
A universal optimal power flow program using the full polar coordinates interior point method, applicable to all node types with enhanced computational efficiency.
Penalty Function Methods Commonly Used in Solving Optimization Problems
Penalty function methods, including interior point and exterior point approaches, are commonly employed to solve constrained optimization problems and find optimal values.
Implementation of Key Optimization Theory Algorithms Using MATLAB
MATLAB implementations of several important optimization algorithms including Steepest Descent Method, Interior Point Method, Exterior Point Method, and Interpolation Method with code implementation details and applications.
MATLAB Code for Solving L2-L1 and L2-TV Optimization Problems Using Interior Point Methods
MATLAB implementation based on interior point methods for solving L2-L1 and L2-TV optimization problems, featuring Iteratively Reweighted Least Squares (IRLS) algorithm with code structure explanations
Interior Point Method Based on Dual Affine Theory
This MATLAB-implemented program features the classical interior point method based on dual affine theory, a widely used optimization algorithm in engineering applications that efficiently handles linear programming, quadratic programming, and semidefinite programming problems with inequality constraints.
Reactive Power Optimization in Power Systems Using Interior Point Method
Implementation of reactive power optimization in power systems using interior point method without toolbox dependencies - detailed graduate thesis with comprehensive algorithm explanations and code implementation details