How to Extract Audio Features
Explore acoustic feature extraction from audio signals, covering time and frequency domains, spectral leakage, windowing, frames, and hop length for enhanced audio processing understanding.
Preparing the Speech Dataset
Learn to preprocess voice data by extracting MFCCs and saving them in JSON format, essential for speech recognition and audio analysis projects.
The Most Inspiring Music Tech Projects You've Seen in a While
Explore innovative AI music projects from The Sound of AI Hackathon, covering diverse areas like music recommendation, audio generation, DJ-ing, and denoising.
Extracting Mel Spectrograms with Pytorch and Torchaudio
Master Mel Spectrogram extraction using PyTorch and torchaudio. Learn key audio transformations, resampling techniques, and practical implementation for audio processing tasks.
Automatic Song Remixes With Audio Signal Processing and Simple Machine Learning
Explore Python-based Infinite Remixer for automatic song remixes using beat tracking and Nearest Neighbours search. Learn system design, usage, experiments, and potential improvements for innovative music creation.
Sound Generation with Deep Learning - Approaches and Challenges
Explore deep learning approaches for sound generation, including raw audio and spectrogram methods. Learn about challenges, architectures, and inputs used in creating AI-generated audio.
How Electricity Works - Understanding Electrical Engineering
Explore the foundations of electromagnetic energy through Maxwell's Equations, understanding voltage, current, and magnetism. Discover practical applications in nuclear fusion, solar energy, and everyday electrical devices.
Derive-ing Lessons
Explore Autodesk's Derive command to create interconnected parts, use User Parameters for dynamic modeling, and learn efficient design techniques for LED wall art creation.
New to 3-Axis CAM? See How Fusion 360 Can Get You Cutting Chips in Record Time
Discover how Fusion 360 simplifies 3-axis CAM for beginners, offering user-friendly interface, extensive training resources, and an affordable solution for designers and machinists to start CNC machining quickly.
Meshing Around - How Fusion 360's Parametric Mesh Workspace Sets the Bar for Mesh Editing
Explore Fusion 360's parametric mesh workspace for advanced mesh editing, repair, and conversion. Learn to modify STL files, hollow meshes, and seamlessly integrate engineered features with existing mesh bodies.
Deep Dive into the New Parametric Mesh Editing and Reverse Engineering Tools
Explore Fusion 360's new parametric mesh workspace, featuring enhanced editing, reverse engineering, and solid conversion capabilities. Learn advanced tools for mesh repair, feature addition, and complex model manipulation.
How Would You Model That
Learn to model curved surfaces, use Mirror, rearrange timelines, and simplify sketches in Autodesk Fusion 360. Gain practical tips for creating complex parts with efficient techniques and constraints.
Investing in Nesting - How Automatic Nesting Can Optimize Design to Manufacturing
Explore Fusion 360's professional nesting capabilities to optimize material usage, minimize production time, and streamline design-to-manufacturing workflows for improved efficiency and cost-effectiveness.
CAM - Machine Simulation
Learn to simulate machines in Autodesk Fusion 360, from selecting library machines to defining custom ones. Explore preview functionality and get hands-on experience with machine simulation.
Create, Iterate, and Ship with Fusion 360 Manage Extension
Explore Fusion 360 Manage Extension's data management capabilities, including pre-built workflows, release process management, and change management for growing businesses in smart manufacturing.
Intermediate Surface Modeling for Fusion 360
Intermediate surface modeling techniques in Fusion 360, featuring real-life examples from FXR Racing. Learn new tools and apply them to practical problems, with insights on rapid prototyping using 3D printing.
Reasons Every Machinist Should Program Their Parts in Fusion 360
Discover why machinists are switching to Fusion 360 for CAM. Learn its advantages in speed, power, affordability, and ease of use compared to other software, with practical examples and demonstrations.
Fusion 360 and Furniture Design - Parameters for Production
Learn to leverage Fusion 360's Parameters function for efficient furniture design and production. Master techniques for custom sizing, built-ins, and streamlined business processes in this hands-on workshop.
Your CNC Shop on 3+2 Machining - Smarter, Better, Faster and More Profitable
Explore 3+2 machining to boost efficiency, productivity, and profits. Learn advantages of multi-axis capabilities, maximize machine potential, and discover easy ways to use rotary or indexer for improved CNC shop performance.
Fusion 360 and Furniture Design - The Basics
Learn Fusion 360 basics for furniture design, including solid modeling, joints, and parameters. Create a taper jig while exploring essential tools and techniques for successful industry projects.
Electronics E-Cooling Simulation
Explore electronics thermal analysis in Fusion 360, covering power dissipation, IC cooling, and board-level heat management for improved device performance and reliability.