IEEE 33-Bus Optimal Power Flow Program
IEEE 33-Bus Optimal Power Flow Program with Code Implementation Details
Analysis and Computation of IEEE 5-Bus Test Power System
In the analysis and computation of IEEE 5-bus test power systems, various network topologies and parameters are required. Prior to applying these parameters, significant time and effort are spent on data collection and organization. This process involves validating parameter consistency, handling different configurations programmatically, and preparing input files for power flow analysis algorithms.
Forward-Backward Sweep Algorithm for Three-Phase Unbalanced Power Flow in IEEE 33-Bus System (PQ Nodes Only)
MATLAB implementation of forward-backward sweep algorithm for three-phase unbalanced power flow in IEEE 33-bus system containing only PQ nodes. This ready-to-run code provides immediate results and serves as a modifiable foundation for further development and customization.
Simulation of Channel Estimation Using Compressed Sensing
Compressed sensing-based channel estimation simulation code with IEEE publication, featuring sparse signal recovery algorithms and measurement matrix implementations
Novel Support Vector Machine (SVM) Source Code
IEEE-published novel SVM source code with technical utility and implementation insights for machine learning applications
MATLAB-Based Modular Fuel Cell: An IEEE Standard Project with Simulation and Experimental Implementation
A MATLAB-based modular fuel cell project adhering to IEEE standards, featuring comprehensive simulation and experimental validation processes.