Name: Personal Voice assistant using AI
Uploaded: 2024-03-17
Duration: 11 min 22 s
Description: Team Members Sanskruti Bhujade (Roll No. 60) Aditya Shahu (Roll No. 22) Yashashwi Wahie (Roll No. 64) Hritik Pandey (Roll No. 34) Guide : Dr. Mridula Korde Department of Electronics & Communication Engg..

undefined. Team Members Sanskruti Bhujade (Roll No. 60) Aditya Shahu (Roll No. 22) Yashashwi Wahie (Roll No. 64) Hritik Pandey (Roll No. 34) Guide : Dr. Mridula Korde Department of Electronics & Communication Engg.. 

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Team Members  Sanskruti Bhujade (Roll No. 60)  Aditya Shahu (Roll No. 22) Yashashwi Wahie (Roll No. 64) Hritik Pandey (Roll No. 34)  Guide : Dr. Mridula Korde
 Department of Electronics & Communication Engg.

[Audio] Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey are undertaking an innovative project with the guidance of Dr Mridula Korde. They are developing a personal voice assistant using AI focusing on six areas: introduction literature survey proposed methods performance analysis conclusion and references. This project has potential to be a major advancement in the field of AI technology.. 

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1. Introduction  2. Literature Survey 3. Proposed Methods 4. Performance Analysis 5. Conclusion 6. References

[Audio] We are developing a personal voice assistant utilizing artificial intelligence. OpenAI's language model chatbot ChatGPT is employed to create text translate languages and respond to queries. The ESP32 an economical low-power microcontroller is the gadget we are utilizing to connect our assistant to the internet and other equipment. We wish to make a substantial contribution to furthering the idea of a personal assistant.. 

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ChatGPT is a large language model chatbot developed by OpenAI. It is a powerful tool that can be used for a variety of tasks, including generating text, translating languages, and answering questions in a comprehensive and informative way.
 The ESP32 is a low-cost, low-power microcontroller that is well-suited for developing IoT devices. It has a built-in Wi-Fi and Bluetooth module, making it easy to connect to the internet and other devices.
 By combining ChatGPT with the ESP32, it is possible to create a personal voice assistant that can be used to control your home, get information, and more.

[Audio] The objective of our project is to create a personal voice assistant with the use of innovative AI technology. We want to make the user experience as easy and smooth as possible by allowing them to access the answers they need through chat and voice commands on a single wireless device. Our device is also designed to be portable providing a more convenient option compared to other voice assistants like Alexa. Additionally we are also exploring the boundaries of what is achievable through Open AI by integrating this powerful technology into our personal assistant.. 

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Integrating ChatGPT with the feature of voice control to get the answer in terms of voice.  We aim to provide this functionality in a single wireless device with a personal experience.  The device will be portable and can be used as other voice assistants such as Alexa Expanding the power of OpenAI using voice assistant.

[Audio] Our team is utilizing Open AI in Phase 1 connecting with chatgpt and asking questions in terms of text. Answers are received in the serial monitor allowing for more detailed replies to specific questions. Phase 2 involves a natural language processing algorithm which makes conversation more interactive and leads to smoother communication.. 

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Asking questions in terms of text and getting answers in serial monitor

Getting the answer in serial monitor in voice format from speaker

[Audio] We are proud to feature the work of our talented team on a personal voice assistant using AI. Perhaps this marks the start of a revolution in digital assistance and the team is putting in a lot of effort to bring this technology to life. As the photos display the team has been utilizing the most advanced circuit boards and technology to create the voice assistant. Through this project the team is truly testing the limits of what can be done and we are sure that this technology will have a considerable impact on our lives soon.. 

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[image] A computer screen shot of a circuit board Description automatically generated

[image] A blue circuit board with yellow dots and white lines Description automatically generated

[Audio] The slide introduces the team working on the future of personal voice assistants. It consists of Dr Mridula Korde and Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey. They have produced a prototype image of a blue circuit board with many holes which will be the foundation of the project. With their dedicated effort they are likely to create something highly original.. 

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[image] A blue circuit board with many small holes Description automatically generated

[Audio] Today our team is introducing a personal voice assistant powered by AI capabilities. We are currently conducting a literature survey of existing voice assistant concepts. Our survey has identified three papers each exploring different aspects of AI-powered voice assistant systems. The first paper discusses the integration of voice assistants with chatbots. It focuses on natural language processing and sentiment analysis for personalized interactions. The second paper looks at the impact of AI solutions such as ChatGPT on various business sectors. The third paper examines a text-to-speech and speech-to-text converter which uses automatic speech recognition to convert user speech into text. Through our research we hope to develop and launch a powerful personal voice assistant to enhance users’ experience in their everyday life.. 

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Sr. No. Paper/Patent Title or other literature referred Indexing and Year of Publication/patent No./ISBN No. Remarks 1 Voice Assistant Integrated with Chat GPT Indonesian Journal of Computer Science,  Artificial Intelligence, interprets user requests and provides answers, saving time and ensuring up-to-date information. Chatbots, with memory, can recognize mood changes, respond to emotions, and run automated workflows. Modern AI uses machine learning, natural language processing, and sentiment analysis for personalized, real-time interactions. 2 A Review of ChatGPT AI's Impact on Several Business Sectors Partners Universal International Innovation Journal AI solutions like Chat GPT revolutionize business operations with automation and faster processing times but may soon become obsolete due to poor performance and lack of contextual understanding, especially in data-driven scenarios up to 2021. 3 Text-to-Speech and Speech-to-Text Converter—Voice Assistant. Inventive Systems and Control: Proceedings of ICISC 2023  The proposed model uses automatic speech recognition to convert user's speech into text format, utilizing Google's gTTS engine and Microsoft's SAPI5, enabling voice assistant for reading, searching, and document conversion.

[Audio] The team of Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey under the guidance of Dr Mridula Korde are toiling to create a distinct voice assistant by applying artificial intelligence. Their research has probed the profound alterations that chatbots such as ChatGPT Google AI Bard and Baidu AI World can bring to technology interactions and the construction of virtual assistants that can be utilized to control IoT devices and answer questions. Moreover they have examined the technology of voice recognition and compared it to the voice assistant software created by Apple Amazon Google and Microsoft. As a result of their hard work and dedication the team is confident they will be able to bring a creative and novel assistant to life.. 

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Sr. No. Paper/Patent Title or other literature referred Indexing and Year of Publication/patent No./ISBN No. Remarks 4 Artificial intelligence AI-based Chatbot study of ChatGPT, Google AI Bard and Baidu AI World Journal of Advanced Engineering Technology and Sciences ChatGPT, an AI-based chatbot, has the potential to revolutionize technology interactions, improving customer service and content creation. Google, Bard, and Baidu are launching AI chatbots. However, caution is needed due to its limitations and the need for further research. 5 Design and implementation of smart voice assistant and recognizing academic words.  International Robotics & Automation Journal The paper explores the development of a virtual assistant capable of answering questions, controlling IoT devices, and controlling peripherals, comparing speech recognition systems with artificial neural networks. 6 Alexa, Siri, Cortana, and more: an introduction to voice assistants Medical Reference Services Quarterly Comparison between voice recognition technology and voice assistant software, developed by companies like Apple, Amazon, Google, and Microsoft, offers natural language commands

[Audio] Presenting our team's voice assistant project which takes the use of Artificial Intelligence to a whole new level. Google Cloud Speech A-P-I has enabled us to implement a voice to text conversion and management program and a speech recognition application specifically tailored for the speech impaired. This revolutionary technology strives to make a difference in the lives of those unable to express themselves in the usual ways. Our research and development will bridge the communication gap granting those with speech disabilities a voice and an identity.. 

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Sr. No. Paper/Patent Title or other literature referred Indexing and Year of Publication/patent No./ISBN No. Remarks 7 Design of voice to text conversion and management program based on Google Cloud Speech API 2018 International Conference on Computational Science and Computational Intelligence. IEEE. Usage of Google cloud speech to text conversion API . 8 Speech recognition application for the speech impaired using the android-based google cloud speech API TELKOMNIKA (Telecommunication Computing Electronics and Control), 16(6), 2733-2739.
 Google Cloud Speech Speech has an 80% recognition rate for speech impaired and 100% for normal voice speech recognition, influenced by tone, pronunciation, and speech speed.

[Audio] Our team is focused on creating a revolutionary new voice assistant leveraging Artificial Intelligence. We strive to make this technology more personal allowing users to interact with their voice assistant in a more natural and fluid way. Led by Dr Mridula Korde our team is comprised of Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey. We are committed to developing a voice assistant that can understand and respond to natural language and provide personalized assistance with a wide range of tasks. Our unique approach is sure to take this technology to the next level.. 

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[image] A close up of a document Description automatically generated

[Audio] Our team comprised of Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey is under the guidance of Dr Mridula Korde and is making progress in the development of a powerful AI-driven personal voice assistant. Evident from the screenshots on the slide show we have already made great strides and are looking to complete this project and make it available for all who require a trusted assistant.. 

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[image] A screenshot of a computer Description automatically generated

[Audio] We examine the progress of the team members Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey under the guidance of Dr Mridula Korde in developing a personal voice assistant powered by AI. The image illustrates that feature extraction is applied to the model patterns. Subsequently a decision logic is produced. This work harnesses the advanced capabilities of AI and opens up a host of exciting prospects.. 

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[image] A screenshot of a computer screen Description automatically generated

[Audio] Our team is currently developing a voice assistant that can assist us in organizing our daily activities. The team is composed of Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey and is supervised by Dr Mridula Korde. This voice assistant utilizes Artificial Intelligence to interpret our requests and act accordingly. To launch the voice assistant just say the "activate word" and begin dictation.. 

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Getting tokens from chatgpt as voice output

Sending the text to ChatGPT AI and connecting to chatgpt

General Block Diagram. [image] Microphone symbol in your web site design logo app UI Voice vector icon Record Microphone recording studio symbol Retro mike 4274238 Vector Art at Vecteezy. 

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[image] Microphone symbol in your web site design logo app UI Voice vector icon Record Microphone recording studio symbol Retro mike 4274238 Vector Art at Vecteezy

[image] Speaker icon Royalty Free Vector Image VectorStock

Performance Analysis. [image] A screenshot of a computer Description automatically generated. 

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[Audio] The team of Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey guided by Dr Mridula Korde are working on a personal voice assistant using AI. This technology is revolutionary and can provide convenience efficiency and personalization when we interact with it. AI voice assistants have made significant strides in speech recognition and natural language processing making these AI assistants incredibly intuitive and user-friendly. Nevertheless it is crucial to be aware of potential privacy and security issues with AI voice assistants as they often require access to personal data and voice recordings. As the use of this technology progresses one must maintain a vigilant mindset towards these aspects.. 

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-In conclusion, AI voice assistants have revolutionized the way we interact with technology by providing convenience, efficiency, and personalization.
 -With continuous improvement in voice recognition and natural language understanding, it become more intuitive and user-friendly.
 -it's important to note that privacy and security concerns also exist with AI voice assistant, as it often require access to personal data and voice recordings. Users should be mindful of these aspects when using this technology.

[Audio] I am proud to present an amazing team comprised of Sanskruti Bhujade Aditya Shahu Yashashwi Wahie and Hritik Pandey who are under the guidance of Dr Mridula Korde. They are researching and developing an AI-powered personal voice assistant which has the potential to revolutionize the way we interact with technology. This assistant will be capable of responding to questions as well as helping people with disabilities utilize technology. It will also adapt and improve its capabilities over time with machine learning algorithms. Speech recognition technology advancements will permit this assistant to interpret and understand user commands more accurately. Keep an eye on this team as they work to make this ambitious project a reality.. 

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This assistant can handle a wide range of tasks, from answering questions.
 This make technology more accessible to people with disabilities or those who may have difficulty using traditional interfaces.
 Continuous Improvement: It can learn and improve over time through machine learning algorithms, providing increasingly accurate and relevant responses.
 AI voice assistant aim to understand natural language, making interactions more intuitive and human-like.
 Voice Recognition: Advances in speech recognition technology have made voice assistant more accurate in understanding and interpreting user commands.

[Audio] I'm proud to present the hard work of our team Sanskruti Bhujade Aditya Shahu Yashashwi Wahie Hritik Pandey and our supervisor Dr Mridula Korde who have been working on a personal voice assistant project using Artificial Intelligence. They have studied and implemented technologies such as Voice Assistant Integrated with ChatGPT Text-to-Speech and Speech-to-Text Converter A Review of ChatGPT AI's Impact on Several Business Sectors and Design and Implementation of Smart Voice Assistants and Recognizing Academic Words. Their work has been backed up by research from several sources including the Indonesian Journal of Computer Science Partners Universal International Innovation Journal World Journal of Advanced Engineering Technology and Sciences International Robotics and Automation Journal and Medical Reference Services Quarterly. We express our gratitude to all these sources for providing valuable information which have enabled us to come to this point. We would also like to thank our audience for their support.. 

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Shafeeg, A., Shazhaev, I., Mihaylov, D., Tularov, A., & Shazhaev, I. (2023). Voice assistant integrated with chat gpt. Indonesian Journal of Computer Science, 12(1) George, A. S., & George, A. H. (2023). A review of ChatGPT AI's impact on several business sectors. Partners Universal International Innovation Journal, 1(1), 9-23 Janokar, S., Ratnaparkhi, S., Rathi, M., & Rathod, A. (2023). Text-to-Speech and Speech-to-Text Converter—Voice Assistant. In Inventive Systems and Control: Proceedings of ICISC 2023 (pp. 653-664). Singapore: Springer Nature Singapore. Ram, B., & Pratima Verma, P. V. (2023). Artificial intelligence AI-based Chatbot study of ChatGPT, Google AI Bard and Baidu AI. World Journal of Advanced Engineering Technology and Sciences, 8(01), 258-261. Abougarair, A. J., Aburakhis, M., & Zaroug, M. (2022). Design and implementation of smart voice assistant and recognizing academic words. International Robotics & Automation Journal, 8(1), 27-32. Hoy, M. B. (2018). Alexa, Siri, Cortana, and more: an introduction to voice assistants. Medical reference services quarterly, 37(1), 81-88. Choi, J., Gill, H., Ou, S., Song, Y., & Lee, J. (2018, December). Design of voice to text conversion and management program based on Google Cloud Speech API. In 2018 International Conference on Computational Science and Computational Intelligence (CSCI) (pp. 1452-1453). IEEE. Anggraini, N., Kurniawan, A., Wardhani, L. K., & Hakiem, N. (2018). Speech recognition application for the speech impaired using the android-based google cloud speech API. TELKOMNIKA (Telecommunication Computing Electronics and Control), 16(6), 2733-2739.

Personal Voice assistant using AI

Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie
 and Hritik Pandey are undertaking an innovative project with the guidance of Dr  Mridula Korde. They are developing a personal voice assistant using AI
 focusing on six areas: introduction
 literature survey
 proposed methods
 performance analysis
 conclusion
 and references. This project has potential to be a major advancement in the field of AI technology.

avatar

We are developing a personal voice assistant utilizing artificial intelligence. OpenAI's language model chatbot ChatGPT is employed to create text
 translate languages
 and respond to queries. The ESP32
 an economical
 low-power microcontroller is the gadget we are utilizing to connect our assistant to the internet and other equipment. We wish to make a substantial contribution to furthering the idea of a personal assistant.

The objective of our project is to create a personal voice assistant with the use of innovative AI technology. We want to make the user experience as easy and smooth as possible by allowing them to access the answers they need through chat and voice commands on a single wireless device. Our device is also designed to be portable
 providing a more convenient option compared to other voice assistants like Alexa. Additionally
 we are also exploring the boundaries of what is achievable through Open AI by integrating this powerful technology into our personal assistant.

Our team is utilizing Open AI in Phase 1
 connecting with chatgpt and asking questions in terms of text. Answers are received in the serial monitor
 allowing for more detailed replies to specific questions. Phase 2 involves a natural language processing algorithm
 which makes conversation more interactive and leads to smoother communication.

We are proud to feature the work of our talented team on a personal voice assistant using AI. Perhaps this marks the start of a revolution in digital assistance
 and the team is putting in a lot of effort to bring this technology to life. As the photos display
 the team has been utilizing the most advanced circuit boards and technology to create the voice assistant. Through this project
 the team is truly testing the limits of what can be done
 and we are sure that this technology will have a considerable impact on our lives soon.

The slide introduces the team working on the future of personal voice assistants. It consists of Dr  Mridula Korde and Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie
 and Hritik Pandey. They have produced a prototype image of a blue circuit board with many holes
 which will be the foundation of the project. With their dedicated effort
 they are likely to create something highly original.

Today our team is introducing a personal voice assistant powered by AI capabilities. We are currently conducting a literature survey of existing voice assistant concepts. Our survey has identified three papers
 each exploring different aspects of AI-powered voice assistant systems. The first paper discusses the integration of voice assistants with chatbots. It focuses on natural language processing and sentiment analysis for personalized interactions. The second paper looks at the impact of AI solutions such as ChatGPT on various business sectors. The third paper examines a text-to-speech and speech-to-text converter
 which uses automatic speech recognition to convert user speech into text. Through our research
 we hope to develop and launch a powerful personal voice assistant to enhance users’ experience in their everyday life.

The team of Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie
 and Hritik Pandey
 under the guidance of Dr  Mridula Korde
 are toiling to create a distinct voice assistant by applying artificial intelligence. Their research has probed the profound alterations that chatbots such as ChatGPT
 Google AI Bard
 and Baidu AI World can bring to technology interactions and the construction of virtual assistants that can be utilized to control IoT devices and answer questions. Moreover
 they have examined the technology of voice recognition and compared it to the voice assistant software created by Apple
 Amazon
 Google
 and Microsoft. As a result of their hard work and dedication
 the team is confident they will be able to bring a creative and novel assistant to life.

Presenting our team's voice assistant project
 which takes the use of Artificial Intelligence to a whole new level. Google Cloud Speech A-P-I has enabled us to implement a voice to text conversion and management program
 and a speech recognition application
 specifically tailored for the speech impaired. This revolutionary technology strives to make a difference in the lives of those unable to express themselves in the usual ways. Our research and development will bridge the communication gap
 granting those with speech disabilities a voice and an identity.

Our team is focused on creating a revolutionary new voice assistant
 leveraging Artificial Intelligence. We strive to make this technology more personal
 allowing users to interact with their voice assistant in a more natural and fluid way. Led by Dr  Mridula Korde
 our team is comprised of Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie
 and Hritik Pandey. We are committed to developing a voice assistant that can understand and respond to natural language
 and provide personalized assistance with a wide range of tasks. Our unique approach is sure to take this technology to the next level.

Our team
 comprised of Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie and Hritik Pandey
 is under the guidance of Dr  Mridula Korde
 and is making progress in the development of a powerful AI-driven personal voice assistant. Evident from the screenshots on the slide show
 we have already made great strides and are looking to complete this project and make it available for all who require a trusted assistant.

We examine the progress of the team members Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie
 and Hritik Pandey
 under the guidance of Dr  Mridula Korde
 in developing a personal voice assistant powered by AI. The image illustrates that feature extraction is applied to the model patterns. Subsequently
 a decision logic is produced. This work harnesses the advanced capabilities of AI and opens up a host of exciting prospects.

Our team is currently developing a voice assistant that can assist us in organizing our daily activities. The team is composed of Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie and Hritik Pandey and is supervised by Dr  Mridula Korde. This voice assistant utilizes Artificial Intelligence to interpret our requests and act accordingly. To launch the voice assistant
 just say the "activate word" and begin dictation.

The team of Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie and Hritik Pandey
 guided by Dr  Mridula Korde
 are working on a personal voice assistant using AI. This technology is revolutionary and can provide convenience
 efficiency and personalization when we interact with it. AI voice assistants have made significant strides in speech recognition and natural language processing
 making these AI assistants incredibly intuitive and user-friendly. Nevertheless
 it is crucial to be aware of potential privacy and security issues with AI voice assistants as they often require access to personal data and voice recordings. As the use of this technology progresses
 one must maintain a vigilant mindset towards these aspects.

I am proud to present an amazing team comprised of Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie
 and Hritik Pandey
 who are under the guidance of Dr  Mridula Korde. They are researching and developing an AI-powered personal voice assistant which has the potential to revolutionize the way we interact with technology. This assistant will be capable of responding to questions as well as helping people with disabilities utilize technology. It will also adapt and improve its capabilities over time with machine learning algorithms. Speech recognition technology advancements will permit this assistant to interpret and understand user commands more accurately. Keep an eye on this team as they work to make this ambitious project a reality.

I'm proud to present the hard work of our team  Sanskruti Bhujade
 Aditya Shahu
 Yashashwi Wahie
 Hritik Pandey and our supervisor Dr  Mridula Korde  who have been working on a personal voice assistant project using Artificial Intelligence. They have studied and implemented technologies such as Voice Assistant Integrated with ChatGPT
 Text-to-Speech and Speech-to-Text Converter
 A Review of ChatGPT AI's Impact on Several Business Sectors
 and Design and Implementation of Smart Voice Assistants and Recognizing Academic Words. Their work has been backed up by research from several sources including the Indonesian Journal of Computer Science
 Partners Universal International Innovation Journal
 World Journal of Advanced Engineering Technology and Sciences
 International Robotics and Automation Journal and Medical Reference Services Quarterly. We express our gratitude to all these sources for providing valuable information which have enabled us to come to this point. We would also like to thank our audience for their support.