Differences Between MCU Threads and Processes
Compare MCU threads vs processes in embedded systems: definitions, resource management, communication, execution behavior, and suitable use cases.
Compare MCU threads vs processes in embedded systems: definitions, resource management, communication, execution behavior, and suitable use cases.
MR: lightweight embedded framework with standardized device interfaces, modular low-footprint design and Kconfig tools for fast driver/app development.
Collection of practical small C programs for embedded development: hex/decimal parsing, file/image manipulation, GPIO control, flashing image insertion, and IP enumeration.
Technical overview of current sensors, covering Hall-effect, current transformers and magnetoresistive principles, with EV, PV and grid application examples.
Embedded motherboards overview: features, ARM/x86/RISC-V architectures, applications, selection criteria and development considerations for industrial and IoT devices.
Evaluates whether embedded developers should learn Qt, outlining Qt benefits for GUI and cross-platform support and core embedded development requirements.
Designing safety-focused in-vehicle GUIs with MicroView: object-oriented event-driven framework for embedded systems, touch, voice, graphics, and MVC.
Guide to microcontroller simulation software: concepts, tool selection, workflow for writing, compiling, simulating and debugging embedded programs.
Overview of task notifications in FreeRTOS/SAFERTOS: a lightweight RTOS synchronization method that improves speed and memory use, with limits and practical use cases.
Learn Linux process concepts, ps/pstree commands, killing processes, and scheduling with at and cron plus crontab usage and spool locations.
Overview of gas sensor technologies and selection criteria, comparing catalytic, electrochemical, semiconductor and infrared sensors, lifetimes and typical applications.
Shows how to simulate object-oriented programming in C using structs and function pointers: examples of encapsulation, inheritance, and polymorphism.
Explore modern storage media, from HDDs to SSDs. Compare their speed, capacity, and cost, and discover emerging technologies like ReRAM and 3D XPoint.
Practical guide to embedded AI and edge deployment: neural network fundamentals, model optimization (quantization, pruning, distillation), ONNX conversion and hardware preparation.
Stack monitoring in embedded systems: real-time detection of stack overflow, improving reliability and security, and aiding debugging and resource optimization.
High-precision vibration sensor for motor monitoring and predictive maintenance, offering MEMS/piezo measurement, three-axis diagnosis, IP67 protection, and wireless integration.
Discover why serial ports still matter: debugging, Bluetooth/GPS/medical devices, and how to expand UARTs via USB-to-serial or I2C bridges.
DSP optimization guide: balance throughput, latency, memory and power; prioritize common-case speed, sum-of-products patterns and hardware support.
Assessment of Tornado support on VxWorks 6.8: examines design differences, Python runtime and porting needs, I/O/event-loop adaptations, and embedded resource constraints.
Overview of programmable SoC architecture, components (processors, FPGA logic, ADCs, DSPs) and benefits for flexible, scalable embedded system design.