Remoticon 2021 - Rob Weinstein Builds an HP-35 from the Patent Up
Explore the reverse engineering of the revolutionary HP-35 calculator, from patent analysis to FPGA implementation. Gain insights into its groundbreaking design and inner workings.
Remoticon 2021 - Debra Ansell Invents Incredibly Clever PCBs
Explore innovative PCB designs for modular LED sculptures and wearables. Learn clever techniques for interconnecting boards, from pressure connectors to rotating joints, pushing the boundaries of electronic creativity.
Remoticon 2021 - Hash Salehi Outsmarts His Smart Meter
Explore smart meter security, SDR techniques, and power grid vulnerabilities in this engaging presentation on hacking and reverse engineering utility infrastructure.
Live Breaking into Encrypted 3D Printer Firmware
Hands-on workshop on breaking encrypted 3D printer firmware, covering techniques like frequency analysis, known-plaintext attacks, and ARM architecture exploitation using tools such as Matplotlib and SciPy.
Embedded Serial Buses - Class 3
Comprehensive exploration of 1-Wire protocol for embedded systems, covering hardware, protocol, and software aspects. Includes practical examples and implementation using MSP430 microcontroller.
Embedded Serial Buses
Explore embedded serial buses, focusing on LCD integration, PCF8574 and BMP180 overviews, code analysis, and logic analyzers. Includes hands-on project, quiz, and self-evaluation for practical skill development.
PCB Reverse Engineering - Eric Schlaepfer
Explore techniques for reverse engineering 2-layer PCBs with Eric Schlaepfer. Learn about tools, components, package types, markings, block diagrams, and circuit analysis in this comprehensive presentation.
Introduction to FPV Drones
Explore FPV drone flight controllers, IMUs, sensor fusion, control systems, and PID. Learn about digital signal processing, filtering, and firmware for advanced drone piloting.
Introduction to FPV Drones
Comprehensive exploration of FPV drone frames, components, and transmitter/receiver systems. Covers frame types, sizes, materials, assembly, and communication technologies for building and operating custom drones.
Embedded Serial Buses - Class 1
Comprehensive introduction to I2C protocol, covering hardware aspects, protocol details, addressing, and practical examples. Ideal for embedded systems enthusiasts and engineers.
HackadayU: Embedded Serial Buses
Dive into embedded serial buses, focusing on I2C communication. Learn setup, data transmission, and practical implementation using MSP430F5529 and SHT21 sensor as examples.
Introduction to Antenna Basics - Class 1
Explore fundamental concepts of antenna design, including electromagnetic waves, impedance matching, polarization, and gain. Ideal for beginners in radio frequency engineering.
Introduction to Antenna Basics
Explore planar antenna design, including slots, patches, and vivaldis. Learn about circularly polarized patches, microstrip lines, and gain practical tips for antenna construction.
Introduction to Antenna Basics
Explore wire antenna design, including dipoles, helixes, and yagis. Learn about monopoles, folded dipoles, and baluns to enhance your understanding of antenna basics.
Introduction to Antenna Basics - Class 2
Explore antenna testing fundamentals, including far field, VSWR, network analyzers, and s-parameters. Learn practical skills for effective antenna design and evaluation.
AVR- Architecture, Assembly & Reverse Engineering
Explore AVR architecture, assembly, and reverse engineering, focusing on data space, I/O operations, MAX7219 functionality, and implementing a Simon Says game in pure assembly.
AVR- Architecture, Assembly & Reverse Engineering
Explore AVR microcontroller architecture, assembly programming, and reverse engineering techniques. Learn about memory spaces, GPIO registers, interrupts, and timers in this hands-on class.
Using Operational Amplifiers - Building Analog Circuits and Arduino Integration
Explore operational amplifiers: versatile, inexpensive analog components. Learn basic circuits, Arduino integration, and practical applications like light-sensitive switches and power supply conversion.
Aspects of Convex, Nonconvex, and Geometric Optimization
Explore advanced optimization techniques in convex, nonconvex, and geometric contexts with expert insights on signal processing applications and mathematical foundations.
Fundamentals of Optimization in Signal Processing
Explore essential optimization techniques for signal processing, including first-order methods, regularization, and stochastic gradient approaches, to solve complex problems efficiently.
Stephen Wright: Fundamentals of Optimization in Signal Processing
Explore key optimization techniques for signal processing, including first-order methods, regularization, stochastic gradient, and matrix optimization, with applications and algorithmic approaches.