COMPARATIVE ANALYSIS OF NEURAL NETWORK ARCHITECTURES FOR GESTURE RECOGNITION IN WI-FI-BASED COMPUTER-INTEGRATED SYSTEMS (CIS)
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Як цитувати

Karatanas, O. (2026). COMPARATIVE ANALYSIS OF NEURAL NETWORK ARCHITECTURES FOR GESTURE RECOGNITION IN WI-FI-BASED COMPUTER-INTEGRATED SYSTEMS (CIS). Матеріали конференцій МНЛ, (27 лютого 2026 р., м. Одеса), 76–78. Вилучено з https://archive.liga.science/index.php/conference-proceedings/article/view/2645

Кількість переглядів 27


Анотація

This paper examines the development of contactless interfaces for computer-integrated control systems (CIS) using unconventional sensor data—Wi-Fi channel state information (CSI). A comparative analysis of two deep learning approaches is provided: hybrid architectures (CNN-BiGRU) and models based on the self-attention mechanism (Transformer). The study shows that while Transformers have high potential for big data, for real-time control tasks on limited computing resources (IoT), optimized architectures such as Attention-BiGRU are preferable, providing accuracy of up to 94-96% with lower latency.

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Посилання

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Авторське право (c) 2026 Oleksandr Karatanas