Abstract
The problem of automating the process of reconfiguring the power supply system of onboard radio-electronic equipment in special-purpose control machines in different operation modes is considered. It covers power supply from different power sources, both while parked and when moving by developing and introducing the intellectual management to the structure of an electric power supply system. The analysis of the existing devices used to provide mobile objects with electrical energy of a direct current is carried out. Their advantages and drawbacks are highlighted. The conclusion is drawn on the necessity of new product development – the P910 power supply control panel with an integrated intellectual power supply management system. The model of representation of knowledge of the intellectual management system offered by authors is based on the classic productional model specified regarding the mechanism of forming and creating the database and rule base structures. The process of synthesizing managing influences that are based on analysis of information that describes a system status of control machines’ power supply is formalized. The operation algorithm of the intellectual power supply management system is developed and the chart illustrating its work is provided. The 1887BE7T domestic microcontroller is offered for the implementation of the model.
Highlights
The problem of automating the process of reconfiguring the power supply system of onboard radio-electronic equipment in special-purpose control machines in different operation modes is considered
Предложенная авторами модель представления знаний интеллектуальной системы управления электропитанием основана на классической продукционной модели, уточненной в части механизма формирования и построения структур базы данных и базы правил
The conclusion is drawn on the necessity of new product development – the P910 power supply control panel with an integrated intellectual power supply management system
Summary
The problem of automating the process of reconfiguring the power supply system of onboard radio-electronic equipment in special-purpose control machines in different operation modes is considered. The P905-N power supply control panel installed in the machine of special-purpose control и пульт управления электропитанием П905-Н Значения параметров источников электропитания записываются в виде таблицы, формируя базу данных, каждая строка которой имеет вид. Выражение (1) для каждой продукции (правила) интеллектуальной системы управления электропитанием имеет вид (ni ) Дальнейшая разработка интеллектуальной системы управления (включая базу данных и базу правил) электропитанием машин управления в виде интегрированной системы управления для изделия П910 проводилась с учетом требований ТТЗ ОКР «Завет-Д» к системам электропитания машин управления комплекса средств автоматизированного управления артиллерией ВДВ.
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