4 research outputs found

    INTELLECTUAL SENSOR SYSTEM OF SOIL LIGHT-COLOR CONTROL: REALIZATION OF SELF-SUSTAINABILITY FUNCTIONS

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    An intellectual sensor module of soil light-color control designed for an accurate agriculture technology which comprises functions of self-diagnostics, self-corrections and self-attestation. Circuit diagrams sensor module components have been developed on the basis of a micro-controller, a photo-diode driver, an interface integrated circuit and a receiving block of optical pulses. An algorithm and an operational program of a microcontroller have been devised for executing control over light pulses, processing of  photoelectric receptor signals, data receive-transmit operations, correction of sensitive elements, diagnostics of system failure and attestation of control results

    ИНТЕЛЛЕКТУАЛЬНАЯ СЕНСОРНАЯ СИСТЕМА СВЕТОЦВЕТОВОГО КОНТРОЛЯ ПОЧВЫ: РЕАЛИЗАЦИЯ ФУНКЦИЙ САМОДОСТАТОЧНОСТИ

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    An intellectual sensor module of soil light-color control designed for an accurate agriculture technology which comprises functions of self-diagnostics, self-corrections and self-attestation. Circuit diagrams sensor module components have been developed on the basis of a micro-controller, a photo-diode driver, an interface integrated circuit and a receiving block of optical pulses. An algorithm and an operational program of a microcontroller have been devised for executing control over light pulses, processing of  photoelectric receptor signals, data receive-transmit operations, correction of sensitive elements, diagnostics of system failure and attestation of control results.Создан интеллектуальный сенсорный модуль светоцветового контроля почвы для технологии точного земледелия, в котором реализованы функции самодиагностики, самокоррекции и самоаттестации. Разработаны электрические схемы компонентов сенсорного модуля на основе микроконтроллера, светодиодного драйвера, микросхемы интерфейса и блока приема оптических импульсов, а также алгоритм и программа работы микроконтроллера для выполнения задач управления световыми импульсами, обработки сигналов фотоприемника, приема-передачи данных, коррекции чувствительных элементов, диагностики неисправности системы и аттестации результатов контроля

    Water analysis

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