Translational Mechanical Systems
Solve a complex translational mechanical system problem, mastering free body diagrams, force polarity conventions, and equations of motion for two-degree freedom systems.
Introduction to Signal Flow Graphs
Learn to construct and analyze Signal Flow Graphs (SFGs) for control systems, covering key elements, conversion from block diagrams, and practical examples to enhance understanding.
Maximum Power Transfer Theorem for AC Circuits
Explore maximum power transfer in AC circuits, covering variable and fixed load conditions, and purely resistive loads. Gain insights into optimizing power transfer in electrical networks.
Sampling Theorem
Explore sampling theorem in signal and system, covering definition, message signal, Fourier transform, sampler, simplifying, overlapping, and its applications in signal processing.
Introduction to Fourier Series
Explore Fourier Series fundamentals, applications, and types. Learn about periodic signals, harmonics, and differences from Fourier Transform in this concise video lecture on signal processing.
Introduction to Convolution Operation
Comprehensive guide to convolution operation in signal processing, covering definition, formula, steps, and animated examples for practical understanding.
Integrated Task and Motion Planning in Belief Space
Explore integrated strategies for planning, perception, and action in complex mobile manipulation domains using belief space planning and hierarchical goal regression.
A Photoacoustic Airborne Sonar System
Innovative airborne sonar system using photoacoustic effect for high-throughput underwater imaging, bridging gap between aerial and underwater sensing technologies.
Challenging Path to Creating Autonomous and Controllable Microrobots
Exploring breakthroughs in microrobotics: autonomous crawling, controllable flying, and ultrafast SMA-driven robots. Innovations in power, actuation, and control push boundaries of insect-scale robotics towards true artificial insects.
Fusion 360 Signal Integrity Powered by Ansys - Autodesk Fusion 360
Panel discussion on Fusion 360's new Signal Integrity Extension, covering its inspiration, technical details, and practical usage. Experts provide insights and demonstrations for electronics design professionals.
Fusion 360 Electronics for Beginners - The Schematic
Learn essential schematic capture in Fusion 360 Electronics: placing components, connecting with nets, assigning values, organizing designs, and generating BOMs. Ideal for beginners starting their first project.
Benefits of Fusion 360 Electronics for Autodesk EAGLE Users - Autodesk Fusion 360
Discover seamless PCB design migration from EAGLE to Fusion 360. Enhance collaboration, improve component placement, and achieve holistic product design with comprehensive electronics and PCB tools.
How Batteries Power the Modern World - With Paul Shearing
Explore the evolution of batteries and their impact on modern technology, from early experiments to cutting-edge lithium-ion innovations, highlighting key scientific breakthroughs and future challenges.
The Hunt for New Batteries - with Serena Corr
Explore the science of batteries, their evolution, and ongoing research for safer, more efficient energy storage solutions to power electric vehicles and support renewable energy transitions.
How Did Michael Faraday Invent? - With David Ricketts
Explore Faraday's innovative process and its modern applications. Learn about the history of innovation, emerging technologies, and how to apply Faraday's methods to foster creativity and problem-solving in various fields.
Modal Analysis from Random and Compressed Samples
Explores modal analysis techniques for structural health monitoring, focusing on efficient sampling and compression strategies in wireless sensor networks to minimize power consumption.
Planning and Control
Explore state transition equations, numerical examples, and PyTorch implementations for optimal control in planning and control systems, with a focus on the Kelley-Bryson algorithm and cost considerations.
On the Unreasonable Effectiveness of Compressive Imaging - Ben Adcock, Simon Fraser University
Explores compressive imaging's effectiveness, discussing compressed sensing theory, optimal sampling strategies, and practical applications in data science and imaging technology.
Mel-Frequency Cepstral Coefficients Explained Easily
Explore Mel-Frequency Cepstral Coefficients (MFCCs) in audio processing, covering their history, computation, visualization, and applications in speech and music analysis.
Mel Spectrograms Explained Easily
Comprehensive exploration of Mel spectrograms, their creation, differences from standard spectrograms, and applications in AI audio, including discussions on Mel scale and filter banks.
Short-Time Fourier Transform Explained Easily
Explore the Short-Time Fourier Transform's theory and applications in AI audio processing, including spectrogram extraction for deep learning models, explained visually and intuitively.