Practical articles, in-depth tutorials, and architectural insights on software engineering, AI, and systems.
Learn how to apply direct memory access (DMA) to extract raw data from fast industrial sensors without overloading the system's main CPU.
Learn how to capture transient power surges and protect large centralized cooling compressors using current transformers and high-speed sampling.
Learn how to implement Model Predictive Control (MPC) logic in Programmable Logic Controllers (PLCs) to anticipate thermal loads and drastically reduce electrical consumption in industrial plants.
Learn how radial basis neural networks eliminate thermal instabilities in industrial chillers. Understand the practical application to optimize energy consumption and compressor lifespan.
Learn how to bridge legacy SCADA systems with modern IIoT data buses using high-performance Rust gateways, OPC UA standards, and guaranteed MQTT delivery.
Learn how to integrate OPC UA and MQTT to extract, normalize, and transport industrial machine data to the cloud efficiently, securely, and with low latency.
Learn how to eliminate temperature swings in industrial chillers by applying predictive compensation algorithms based on thermal load curves.
Learn how to integrate distributed PID control loops in industrial environments using MQTT-SN for efficient communication over constrained wireless networks.
Learn how to structure execution logs in distributed industrial systems to ensure transaction traceability, rigorous auditing, and real-time operational resilience.
Learn how to structure asynchronous data collection from industrial devices using Modbus TCP on edge gateways, optimizing throughput with shared memory.
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