An infographic-style illustration of green hydrogen production economics in MATLAB Simulink.

This MATLAB project provides a comprehensive framework for techno-economic assessment of green hydrogen production systems. Using MATLAB's Simulink and Optimization Toolboxes, we model electrolyzer performance, renewable energy integration, and storage solutions. The tutorial covers capital/operational expenditure analysis, levelized cost of hydrogen (LCOH) calculations, and sensitivity analysis for different production scales. Includes case studies comparing PEM vs alkaline electrolyzers powered by solar/wind hybrids, with economic models adaptable to regional energy prices and policy incentives. Learn to simulate 20-year project timelines, optimize system sizing, and generate professional feasibility reports with MATLAB's reporting tools.

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.....

IMU sensor MATLAB IMU Motion analysis

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

Deep Image Prior for Inverse Problems in Imaging

Explore cutting-edge deep image prior techniques for solving inverse problems in computational imaging using MATLAB. This project implements untrained convolutional neural networks as natural image priors for tasks like denoising and super-resolution. The tutorial covers medical i.....

Computational Imagin inverse problems image restoration