
Learn to modify and install Arduino applications on ESP32/ESP8266 boards without coding experience. Master the Arduino IDE, board setup, and code tweaking for your IoT projects.

Enhance your knowledge of bifurcations and their troubleshooting techniques in this insightful lecture on complex systems analysis.

Dive into unstructured sparse recovery problems and explore the innovative eigenmatrix approach for solving non-linear inverse problems in various mathematical applications.

Explore fundamental robotics concepts, from motion types to control systems, and gain hands-on experience with tools and mechanical structures in this comprehensive introduction.

Explore robotics modeling, simulation, and control using MATLAB and Simulink. Learn from experts and student teams about walking robots, reinforcement learning, mobile robots, swarms, manipulators, and underwater vehicles.

Explore robotics perception using MATLAB and Simulink, covering computer vision, deep learning, and signal processing for enhanced environmental understanding in autonomous systems.

Explore robotics software solutions using MATLAB and Simulink, covering middleware, code generation, and hardware deployment. Learn ROS integration, distributed computing, deep learning, and programming for various platforms.

Comprehensive introduction to FPGA programming, covering basics, Verilog, circuit design methods, state machines, simulations, and advanced topics like PWM and resource optimization.

Learn FPGA programming basics, from understanding concepts to creating projects using Xilinx Vivado. Covers installation, project creation, Verilog, logic gates, and simulation techniques for beginners.

Learn digital system design using PLDs and FPGAs. Covers synchronous circuits, VHDL, FSM, and various FPGA architectures. Includes case studies and practical examples for hands-on learning.

Learn FPGA design for embedded systems, covering architecture, design flow, tools like Quartus Prime, and advanced techniques. Gain practical skills in creating efficient digital circuits and systems.

Learn to implement FIFO memory, interface monitors, generate sine waves, decode BCD to seven-segment, create demultiplexers and multiplexers, and interface HEX keypads in FPGA programming.

Learn FPGA programming through hands-on tutorials covering LED control, button interfaces, displays, motors, and various peripheral integrations using Spartan 3an and Spartan 6 development boards.

Learn FPGA development using Vivado Design Suite. Master VHDL coding, simulation, implementation, and microprocessor design. Gain practical skills for efficient FPGA project creation and management.

Learn FPGA basics, digital logic, and practical applications through hands-on tutorials covering RGB LEDs, audio looping, Vivado software, and WiFi integration on various FPGA boards.

Explore programmable logic and FPGA technology through tutorials covering implementation, troubleshooting, JTAG, comparison with microcontrollers, demo boards, and PCB layout.

Learn FPGA programming with Xilinx, from installation to advanced projects. Hands-on tutorials cover Vivado, Verilog, simulations, and practical applications like LED control and PWM.

Comprehensive hands-on guide for ZedBoard FPGA, covering hardware setup, Linux bootup, VIVADO and SDK usage, custom IP creation, and advanced applications like audio and video processing.

Comprehensive FPGA tutorial covering Zybo board, VIVADO, Zynq, and VHDL programming. Includes hands-on projects like audio processing, video streaming, and custom IP creation.

Learn to configure and utilize BeagleBone Black's features, including Wi-Fi setup, file transfer, GPIO, analog pins, PWM, SPI, I2C, and Linux development with C++.

Learn to program and control Beaglebone Black, from GPIO pins and PWM to advanced projects like GPS tracking. Gain hands-on experience with Python, hardware interfacing, and data visualization.