microcontroller

The paper analyzes developments in the field of environmental parameter monitoring using microcontrollers and Internet of Things technologies, with results that justify the use of ESP8266 microcontroller. A monitoring system for microclimate parameters (temperature, humidity and atmospheric air pressure) in smart homes and industrial  premises based on ESP8266 microcontroller has been developed, which demonstrated its effectiveness through a combination of hardware and software tools.

Problem statement. Equipment for measuring skin area used at enterprises requires regular maintenance and metrological verification. Maintenance of control systems released in the 2000s is usually expensive, since such control systems are physically and morally outdated and implemented on an old element base. The mechanical part of the measuring machines is in good condition and can be operated for a long time. Therefore, the task of creating a modern control system for such machines is relevant.

It is developed the structure and algorithm of functioning of the universal controller of the adaptive smart home system. Distributed management provides increased survivability, and the modular principle of system organization ensures effective modernization in the future. The developed information model involves a connection with a remote data server using a Wi-Fi module on an ESP8266 microcontroller, which supports a local Wi-Fi network to provide control of a smart home through smartphones.

This paper is devoted to the research of the important issue of increasing the efficiency and optimization of microclimate management processes in residential premises. The purpose of this study is to create an automated system for accurate setting and control of the main parameters of the microclimate in the room, which will make it possible to increase comfort and energy efficiency. To achieve the task, the Arduino platform is used, which is an open hardware and software system with a wide range of opportunities for developing embedded systems.

Запропоновано алгоритм для керування стабілізацією положення двохосевої платформи з використанням біполярних крокових моторів, акселерометра та керуючого мікро- контролера.

In this paper, the authors have proposed the algorithm to control the stabilization position 2-axial platform using bipolar stepper motors, accelerometer and microcontroller.

Mobile devices for information, control and telemetry systems are powered by mobile generators through AC to DC converters, by batteries or, if possible, directly by solar panels. Solar panels typically work in a system that involves the usage of batteries to keep the systems running when the solar panels are not working or not providing enough power. The batteries can be recharged from the panels themselves if the solar panels have sufficient power or from an external direct current source.