Voice-Activated Personalized Assistant with Raspberry Pi and Google API Integration

As we enter a new age of a world of fast-paced living and a technology-driven lives, the need for personal assistants with can simplify everyday tasks and productivity is needed as a help for the humankind. There is a demanding need for a device which does not need to be operated by hands or with high-level coding but a simple English command which will do the task requested for. The proposed personal assistant aims to fulfill this requirement by providing a voice-interactive personal assistant powered by Raspberry Pi and generative AI that will listen to voice commands and respond intelligently by generated voice commands. The assistant will process voice inputs and offer auditory responses in real time using advanced AI models. With speech recognition, natural language processing, and audio synthesis in real time, this system provides a very seamless user experience. It has demonstrated a cost-effective and practical approach to building an intuitive virtual companion that can assist with simple daily tasks. This method proposes efficiency in the process with a cost-effective approach and a security concern.

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Publication Details

Published
2025-05-21
DOI
https://doi.org/10.1109/icaiss61471.2025.11041858
Primary Topic
Mobile and Web Applications
Type
article
Field-Weighted Citation Impact
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article

Voice-Activated Personalized Assistant with Raspberry Pi and Google API Integration

Meena Belwal, Pranav Gokhale, Viraj Kisan Daule, Sriharsha VVS
Mobile and Web Applications
article

Voice-Activated Personalized Assistant with Raspberry Pi and Google API Integration

Meena Belwal, Pranav Gokhale, Viraj Kisan Daule, Sriharsha VVS
article en

Abstract

As we enter a new age of a world of fast-paced living and a technology-driven lives, the need for personal assistants with can simplify everyday tasks and productivity is needed as a help for the humankind. There is a demanding need for a device which does not need to be operated by hands or with high-level coding but a simple English command which will do the task requested for. The proposed personal assistant aims to fulfill this requirement by providing a voice-interactive personal assistant powered by Raspberry Pi and generative AI that will listen to voice commands and respond intelligently by generated voice commands. The assistant will process voice inputs and offer auditory responses in real time using advanced AI models. With speech recognition, natural language processing, and audio synthesis in real time, this system provides a very seamless user experience. It has demonstrated a cost-effective and practical approach to building an intuitive virtual companion that can assist with simple daily tasks. This method proposes efficiency in the process with a cost-effective approach and a security concern.

Amrita Vishwa Vidyapeetham (IN)
Openalex Percentile: Top 79%
Mobile and Web Applications
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