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SVM Spectrum Sensing Using MATLAB – Cognitive Radio Project
https://youtu.be/NdeiwDa9030
This project demonstrates spectrum sensing using Support Vector Machine (SVM) in MATLAB, a powerful machine learning approach used in cognitive radio systems for efficient spectrum utilization.

The system detects the presence or absence of primary users by classifying signal features using SVM, improving detection accuracy compared to conventional energy detection methods.

Key Features:

Machine Learning based spectrum sensing
SVM classifier for signal detection
Improved detection accuracy and reliability
Noise and signal classification
MATLAB implementation with code

Software Used:

MATLAB
Machine Learning Toolbox

Applications:

Cognitive Radio Networks
Wireless Communication Systems
5G and Next-Gen Networks
Spectrum Management

This project is ideal for Electronics, Communication, and AI/ML-based research projects.

www.phdresearchlabs.com

[email protected]

WhatsApp: +91 86107 86880

SVM Spectrum Sensing Using MATLAB | Cognitive Radio Simulation Project SVM Spectrum Sensing Using MATLAB – Cognitive Radio ProjectThis project demonstrates spectrum sensing using Support Vector Machine (SVM) in MATLAB, a powerfu...

DFIG DTC Fuzzy Simulation – MATLAB Simulink Project
https://youtu.be/b2Dzd5tAFrI
This project presents the design and simulation of a Doubly Fed Induction Generator (DFIG) using Direct Torque Control (DTC) combined with a Fuzzy Logic Controller in MATLAB Simulink.

The proposed system enhances the dynamic performance of wind energy conversion systems by reducing torque ripple, improving response time, and ensuring efficient power control under variable wind conditions.

Key Features:

Direct Torque Control (DTC) for fast dynamic response
Fuzzy Logic Controller for intelligent control
Reduced torque ripple and improved stability
Efficient active and reactive power control
Suitable for wind energy applications

Software Used:

MATLAB Simulink
Simscape Electrical

Applications:

Wind Energy Conversion Systems
Renewable Energy Integration
Smart Grid Systems
Variable Speed Wind Turbines

This project is ideal for Electrical Engineering students, researchers, and IEEE-based project development.

www.phdresearchlabs.com

[email protected]

WhatsApp: +91 86107 86880

DFIG DTC Fuzzy Control Simulation | MATLAB Simulink Wind Energy Project DFIG DTC Fuzzy Simulation – MATLAB Simulink ProjectThis project presents the design and simulation of a Doubly Fed Induction Generator (DFIG) using Direct To...

High Frequency Linked Grid Connected Inverter – Electrical Project
https://youtu.be/P8aNwypozS4

This project demonstrates the modeling and simulation of a high-frequency linked grid-connected inverter for efficient power conversion and renewable energy integration. The MATLAB Simulink model analyzes inverter performance, harmonic reduction, voltage regulation, switching characteristics, and grid synchronization for modern power electronic applications.

🌐 www.phdresearchlabs.com
📧 [email protected]

High frequency linked grid connected inverter Electrical project “MATLAB • COMSOL • HFSS • EV • Power Electronics • AI/MLPhD-Level Research Simulations & Project Support”MATLAB Simulink, COMSOL Multiphysics, HFSS antenna d...

Model Reference Adaptive Control (MRAC) Explained MATLAB Simulink Adaptive Control System Simulation
https://youtu.be/BtbYrWGTNy0

This project demonstrates Model Reference Adaptive Control (MRAC) using MATLAB Simulink for advanced adaptive control system design and performance analysis.

MRAC is a powerful adaptive control technique where the system automatically adjusts controller parameters to match the desired reference model, ensuring stability and robustness under varying conditions.

Key Features:

* MRAC Control Strategy Implementation
* Reference Model Tracking
* Adaptive Parameter Tuning
* Stability and Robustness Analysis
* MATLAB Simulink Simulation

Applications:

* Aerospace and flight control systems
* Robotics and automation
* Industrial process control
* Electric drives and power systems

Suitable For:

* Control Systems Engineering Students
* Electrical & Mechanical Engineers
* M.Tech Scholars
* PhD Researchers

Get Full Project Files:
[www.phdresearchlabs.com](http://www.phdresearchlabs.com)
[[email protected]](mailto:[email protected])
WhatsApp: +91 86107 86880

PhD Research Lab – Projects & Simulation 1 like. "Model Reference Adaptive Control (MRAC) Explained MATLAB Simulink Adaptive Control System Simulation"

Optimization of Electric Vehicle Charging Using PSO on IEEE Bus System | MATLAB Simulink Smart Grid
https://youtu.be/yPXQcV0TLcU

This project presents the optimization of Electric Vehicle (EV) charging using Particle Swarm Optimization (PSO) on an IEEE bus system in MATLAB Simulink.

The proposed approach efficiently manages EV charging loads to minimize power losses, improve voltage stability, and enhance overall grid performance in smart grid environments.

Key Features:

* EV Charging Load Modeling
* Particle Swarm Optimization (PSO) Algorithm
* IEEE Bus System Simulation
* Power Loss Minimization
* Voltage Profile Improvement
* MATLAB Simulink Implementation

Applications:

* Smart Grid and EV Infrastructure
* Load Management in Power Systems
* Renewable Energy Integration
* Electric Vehicle Charging Stations

Suitable For:

* Electrical Engineering Students
* M.Tech Scholars
* PhD Researchers
* IEEE Research Projects

Get Full Project Files:
[www.phdresearchlabs.com](http://www.phdresearchlabs.com)
[[email protected]](mailto:[email protected])
WhatsApp: +91 86107 86880

Optimization of Electric Vehicle Charging Using PSO on IEEE Bus System | MATLAB Simulink Smart Grid This project presents the optimization of Electric Vehicle (EV) charging using Particle Swarm Optimization (PSO) on an IEEE bus system in MATLAB Simulink.The...

Internal Combustion Engine with Hydrogen Fuel | Clean Energy Engine Simulation Performance Analysis
https://youtu.be/segFEXmAZ9E
This project presents the modeling and simulation of an Internal Combustion Engine (ICE) powered by hydrogen fuel for clean and sustainable energy applications.

The study analyzes engine performance, combustion characteristics, and emission reduction potential when hydrogen is used as an alternative fuel compared to conventional fossil fuels.

Key Features:

* Hydrogen-Fueled Internal Combustion Engine Modeling
* Combustion and Performance Analysis
* Reduced Emissions and Clean Energy Approach
* Comparative Study with Conventional Fuels
* MATLAB Simulation / Engine Modeling

Applications:

* Green and Sustainable Transportation
* Hydrogen-Based Energy Systems
* Automotive Engine Research
* Alternative Fuel Technology Development

Suitable For:

* Mechanical and Automobile Engineering Students
* M.Tech Scholars
* PhD Researchers
* Clean Energy Research Projects

Get Full Project Files:
[www.phdresearchlabs.com](http://www.phdresearchlabs.com)
[[email protected]](mailto:[email protected])
WhatsApp: +91 86107 86880

Internal Combustion Engine with Hydrogen Fuel | Clean Energy Engine Simulation Performance Analysis This project presents the modeling and simulation of an Internal Combustion Engine (ICE) powered by hydrogen fuel for clean and sustainable energy applicatio...

Real-Time Environmental Monitoring Using LoRa Wireless Sensor Networks | Python IoT System Design
https://youtu.be/E5oF5eye-xo

Real-Time Environmental Monitoring Using LoRa Wireless Sensor Networks | Python IoT System Design This project demonstrates a Real-Time Environmental Monitoring System using LoRa Wireless Sensor Networks and Python for efficient long-range data communicat...

Three-Area Decentralized Model Predictive Control (MPC) for Load Frequency Control | Power System
https://youtu.be/HG5h4c_iJ8U

Three-Area Decentralized Model Predictive Control (MPC) for Load Frequency Control | Power System This project presents a Three-Area Decentralized Model Predictive Control (MPC) strategy for Load Frequency Control (LFC) in interconnected power systems usi...

Hybrid Electric Vehicle Power Source Using Neural Network | Simulink Simulation & Energy Management
https://youtu.be/4F0_eXZT6uY

Hybrid Electric Vehicle Power Source Using Neural Network | Simulink Simulation & Energy Management Hybrid Electric Vehicle (HEV) Power Source Modeling using Neural Networks in MATLAB Simulink for intelligent energy management and optimized performance.This...

Dynamic Performance Analysis of Droop-Controlled PV Battery Microgrid | MATLAB Simulink
https://youtu.be/AQz2R4l7Vk4

PhD Research Lab – Projects & Simulation Dynamic Performance Analysis of Droop-Controlled PV Battery Microgrid | MATLAB Simulink

PV Array Partial Shading MPPT Boost Converter | MATLAB Simulink Solar Energy Simulation
https://youtu.be/TjmdB3Cq3o4

PhD Research Lab – Projects & Simulation 1 like. "PV Array Partial Shading MPPT Boost Converter | MATLAB Simulink Solar Energy Simulation"