A Sensor based IoT Monitoring System for Electrical Devices using Blynk framework

Electrical device monitoring is an essential work for improving the efficiency of electrical energy. The industrial device monitoring process are majorly contributed with physical verification of the process going on with the electrical instrument. In some cases the monitoring work is handled with help of automated sensor controllers. The automated sensor controllers are widely used for emergency cases of the ongoing process by the electrical instruments. The system status will be displayed on a screen when the system is fully controlled by an intelligent controller. From the status certain process and equipment are able to manage by physical switches by a human operator. The proposed work is designed to control certain applications which are remotely placed from the control station. The design utilizes internet medium and Blynk server for the specific operations. A sensor based monitoring station is kept near to the electrical device for sending the status of the application system. By using this design any system can be monitored remotely without physical verification. This improves the efficiency of energy utilization by the control devices.

МЕТОДИКА АТТЕСТАЦИИ КОМАНДНЫХ ФАЙЛОВ ФИЗИЧЕСКОЙ ВЕРИФИКАЦИИ С ИСПОЛЬЗОВАНИЕМ КВАЛИФИКАЦИОННЫХ ЯЧЕЕК

В данной работе предложена методика аттестации командных файлов физической верификации DRC на основе квалификационных ячеек (КЯ), а также разработан комплексный набор тестовых топологических структур, не зависящих от технологического базиса, и классификация основных типов проверок. The paper presents methods of attestation of DRC physical verification command files on the basis of Quality Assurance Cells (QA-Cells), as well as a comprehensive set of test topological structures independent of the technological basis and the classification of the main types of checks.