Методи обробки мовних команд систем голосового керування
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Файли
Дата
2019
Автори
Стецюк, В.І.
Коваленко, В.В.
Stetsiuk, V.I.
Kovalenko, V.V.
Назва журналу
Номер ISSN
Назва тому
Видавець
Хмельницький національний університет
Анотація
В роботі сформовані основні задачі систем обробки мовних команд. Здійснена класифікація систем
голосового керування. Проведено аналітичний огляд алгоритмів та етапів обробки мовних команд. Розроблено
структурну та функціональну схеми електричної системи голосового керування комплексу “Smart home” за
бездротовим протоколом передачі даних Z-Wave. Програмно-апаратно реалізована система голосового керування
на базі модуля обробки, модуля Z-Wave, модуля візуалізації, модуля реєстрації, модуля живлення і модуля аудіо з
відповідними колами комутації та регулювання. Розробка актуальна з огляду на популярність даних систем, а
особливо для людей з обмеженими можливостями. Голосове керування в даному випадку розглядається як
основний інструмент керування, який вкрай необхідний через відсутність можливості у людей з обмеженими
можливостями впливати на звичайні органи керування.
For a long time, the process of human interaction with software electronic hardware was purely tactile. The invention of the graphical interface has led to the proliferation of personal computers and other gadgets, but people have always sought a more universal and natural way of communication - voice control. Voice control is based on speech recognition technology, which is the processing of speech signals to filter and suppress noise, segmentation into informative areas, determine informative parameters that reflect the unique properties of speech and recognition. Language technologies are a key factor in the development of an automated human environment, ranging from the improvement of working and research processes and ending with the field of personal application of modern technologies. Despite the high speed of development of computers and information technologies, the main problems of voice control systems remain relevant. The main tasks of language command processing systems are formed in the work. Classification of voice control systems. An analytical review of algorithms and stages of processing language commands. Structural and functional diagrams of the electric control systems of the “Smart home” complex over the Z-Wave wireless data communication protocol have been developed. The hardware-based system of voice control is based on the processing module, the Z-Wave module, the visualization module, the registration module, the power module and the audio module with the respective switching and control circuits. The development is relevant in view of the popularity of these systems, especially for people with disabilities. Voice control in this case is considered as the main management tool, which is extremely necessary due to the lack of ability for people with disabilities to influence conventional controls.
For a long time, the process of human interaction with software electronic hardware was purely tactile. The invention of the graphical interface has led to the proliferation of personal computers and other gadgets, but people have always sought a more universal and natural way of communication - voice control. Voice control is based on speech recognition technology, which is the processing of speech signals to filter and suppress noise, segmentation into informative areas, determine informative parameters that reflect the unique properties of speech and recognition. Language technologies are a key factor in the development of an automated human environment, ranging from the improvement of working and research processes and ending with the field of personal application of modern technologies. Despite the high speed of development of computers and information technologies, the main problems of voice control systems remain relevant. The main tasks of language command processing systems are formed in the work. Classification of voice control systems. An analytical review of algorithms and stages of processing language commands. Structural and functional diagrams of the electric control systems of the “Smart home” complex over the Z-Wave wireless data communication protocol have been developed. The hardware-based system of voice control is based on the processing module, the Z-Wave module, the visualization module, the registration module, the power module and the audio module with the respective switching and control circuits. The development is relevant in view of the popularity of these systems, especially for people with disabilities. Voice control in this case is considered as the main management tool, which is extremely necessary due to the lack of ability for people with disabilities to influence conventional controls.
Опис
Ключові слова
мовні команди, голосове керування, система, фільтрація, шум, мікроконтролер, мікрокомп’ютер, “розумний будинок”, voice commands, voice control, system, filtering, noise, microcontroller, microcomputer, smart home
Бібліографічний опис
Стецюк, В.І. Методи обробки мовних команд систем голосового керування [Текст] / В. І. Стецюк, В. В. Коваленко // Вісник Хмельницького національного університету. Технічні науки. – 2019. – №6. – С. 125-130.