Futuristic Wearable Tech with IMU Sensor Data Visualization in MATLAB

This futuristic wearable tech concept envisions a sleek, sensor-embedded device that captures real-time motion data using Inertial Measurement Units (IMUs) attached to the human body. The data is streamed into MATLAB, where it is visualized as a dynamic human silhouette performing various motions, overlaid with a glowing biomechanical path that traces joint angles, orientation, and acceleration. Circuit-like neon connections run along the limbs, symbolizing data flow between the sensors and the processing system. Advanced algorithms in MATLAB decode this information into meaningful insights—gait analysis, posture correction, or athletic performance metrics—merging biomechanics with data science in a visually immersive and high-tech interface.

Fuzzy Logic Control for Nonlinear Systems

Implement fuzzy logic controllers for nonlinear systems using MATLAB's Fuzzy Logic Toolbox. This project demonstrates applications in robotics, industrial automation, and complex process control. The tutorial covers membership function design, rule base optimization, and adap.....

Control Systems fuzzy logic MATLAB control systems

Adaptive Cruise Control System Design

Develop adaptive cruise control (ACC) systems using MATLAB's Automated Driving and Sensor Fusion Toolboxes. This project implements radar-camera fusion algorithms for vehicle following in dynamic traffic. The tutorial covers object tracking, safety distance calculation, and s.....

Automotive AI adaptive cruise control MATLAB automotive

AI RF Signal Classification Using MATLAB Deep Learning

This MATLAB project implements machine learning to classify radio frequency signals automatically. Using convolutional neural networks (CNNs), the system identifies modulation types like QAM, PSK, and FSK from raw I/Q data. The workflow includes signal preprocessing, spectrogram g.....

signal-processing RF signal classification MATLAB deep learning