An Immersive Journey-AYUSH Medicinal Plants SMART INDIA HACKATHON-2024

NITHIN

27 Aug 202404:43

Summary

TLDRThe 'Her Vista' project from MRA Engineering College presents an immersive digital platform bridging traditional medical knowledge with modern technology. The platform, a virtual herbal garden, allows users to explore and learn about medicinal plants through interactive 3D models, multimedia content, and an AI chatbot. Developed using Python, JavaScript, and Unity 3D, it aims to promote health and well-being by providing comprehensive information on traditional Indian medicinal practices.

Takeaways

🌿 The team from MRA Engineering College is working on a project titled 'Her Vista' for the Smart India Hackathon 2024.
📚 The project aims to bridge the gap between traditional medical knowledge and modern technology in the field of healthtech.
💡 The team is developing a software solution that offers an engaging platform to explore the uses of medicinal plants.
🤖 A virtual herbal garden is proposed, featuring an interactive chatbot for user interaction and comprehensive information about each plant.
🎓 The platform will include high-quality multimedia integration to enhance the learning experience for users.
🔍 Advanced search and filter options will be available to help users find specific plants easily.
🌐 The project is technically feasible with existing technology, and the team is using Python, JavaScript, Unity 3D, Django, Flask, MongoDB, and SQL.
🌱 Step-by-step development includes adding 3D models, detailed descriptions, search/filter functionalities, and a chatbot.
🌐 The project could have a significant impact by raising awareness and understanding of traditional herbal plants and practices.
🔗 Potential integration with e-commerce platforms is considered to promote the use of traditional health support agents.
📈 The project is currently 50% complete, with ongoing work to gather plant details and images for the chatbot.

Q & A

What is the title of the project presented by the team from MRA Engineering College?
-The title of the project is 'Her Vista', which stands for an immersive journey to a medical pants.
Which categories does the project 'Her Vista' fall under?
-The project 'Her Vista' falls under the categories of Mechatronics, Biotech, and Healthtech.
What is the main objective of the 'Virtual Herbal Garden'?
-The main objective of the 'Virtual Herbal Garden' is to allow users to explore and learn about various medicinal plants used in Ayurveda from home.
What interactive feature is included in the platform to enhance user interaction?
-The platform includes an interactive chatbot for easy user interaction and to provide comprehensive information about each plant.
Which programming languages are used in the development of 'Her Vista'?
-Python and JavaScript are the programming languages used in the development of the 'Her Vista' project.
How does the project plan to visualize medicinal plants for users?
-The project plans to visualize medicinal plants using interactive 3D models of every Ayurvedic plant created with Unity 3D.
What databases are used in the backend of the 'Her Vista' project?
-MongoDB and SQL are used for databases in the backend of the 'Her Vista' project.
What are the three main steps outlined in the technical approach for the project?
-The three main steps are: adding a 3D model for all Ayurvedic plants, adding detailed descriptions of every plant, and implementing search, filter, and chatbot facilities.
What challenges does the project team anticipate in ensuring a smooth user interface?
-The project team anticipates challenges in ensuring a smooth and responsive user interface, especially given the complexity of the 3D models.
How does the project aim to overcome the challenges related to user interface complexity?
-The project aims to overcome these challenges by using high-quality 3D modeling tools for accurate plant modeling, which will help create realistic and detailed models.
What are the potential impacts and benefits of the 'Her Vista' project?
-The potential impacts and benefits include raising awareness and understanding of traditional herbal plants and practices, serving as an educational tool, providing widespread access to knowledge on medicinal plants, and encouraging conservation and the use of medicinal plants.
What are the sources of information and references used for the project?
-The sources of information and references include websites like 'Ayurveda Heal', 'Perplexity', 'Healthtr.com', and 'Chbot', which provide details about traditional Indian medicinal practices, health-related information, and AI conversation models.
What is the current progress of the 'Her Vista' project?
-As of the script, 50% of the project has been completed, with the team currently gathering plant details and images to be added to the chatbot for recognizing different plants.

Outlines

00:00

🌿 Introduction to 'Her Vista' Project

The script introduces the 'Her Vista' project by the team from MRA Engineering College, participating in the Smart India Hackathon 2024. The project aims to bridge the gap between traditional medical knowledge and modern technology through an immersive platform. The team, consisting of AR, Ra Kila, and Mon Pria, is developing a software solution that promotes health and wellbeing through innovations. The project title is 'Her Vista', and it falls under the Mech-Biotech and Healthtech categories.

🌱 Virtual Herbal Garden Concept

The team presents the 'Virtual Herbal Garden', a digital platform that allows users to explore and learn about various medicinal plants used in Ayurveda from home. The platform features an interactive chatbot for easy user interaction and provides comprehensive information about each plant. It includes high-quality multimedia integration to enhance the learning experience and advanced search and filter options for ease of use. A standout feature is the inclusion of interactive 3D models, allowing users to visualize and understand medicinal plants in a more engaging way.

💻 Technical Approach and Development

The technical approach of the project 'Her Vista' is explained, with Python and JavaScript being the primary programming languages used. The team has added interactive 3D models of every Ayurvedic plant using Unity 3D. For the backend, Django and Flask were used, along with MongoDB and SQL for databases. The development process includes adding 3D models for all Ayurvedic plants, detailed descriptions of each plant, and implementing search, filter, and chatbot facilities to make the platform user-friendly and interactive.

🔍 Feasibility and Viability Analysis

The feasibility and viability of the project are discussed, with the team concluding that the solution is technically feasible with existing technology. Challenges include ensuring a smooth and responsive user interface, which is essential for a seamless end-user experience. To overcome these, the team plans to use high-quality 3D modeling tools for accurate plant modeling, which will help create realistic and detailed models.

🌐 Impacts and Benefits of the Project

The potential impacts and benefits of the project are highlighted, such as raising awareness and understanding of traditional herbal plants and practices. It serves as an educational tool for students, practitioners, and enthusiasts interested in herbal plants. The project also has the potential to integrate with e-commerce platforms, allowing people to know more about traditional health support agents and the conservation and sustainable use of medicinal plants.

📚 Research and References

The script mentions the research and references used for the project, including websites that provide information on traditional Indian medicinal practices and health-related topics. The team also plans to use AI conversation models for the chatbot feature, drawing from various applications of AI in healthcare.

🔄 Project Progress and Next Steps

The team has completed 50% of the project, gathering plant details and images, which will be added to the chatbot for recognizing different plants. The next step involves ensuring that all components work smoothly together. The script concludes with a summary of the project's current status and the team's plans for the future.

Mindmap

Keywords

💡HerVista

HerVista is the title of the team project presented in the video. It represents an immersive journey to a medical plant, indicating a digital or virtual experience. The project aims to bridge the gap between traditional medical knowledge and modern technology, offering an engaging platform to explore the use of medicinal plants. The name itself suggests a focus on herbal or botanical remedies, and the 'Vista' part implies a broad or panoramic view, likely referring to the comprehensive nature of the project.

💡Metch Biotech and Healthtech

Metch Biotech and Healthtech seems to be a category or a theme under which the HerVista project falls. It suggests that the project is related to the intersection of technology and health, specifically in the areas of biotechnology and health technology. This keyword indicates that the project is innovative and aims to leverage technology to improve health outcomes, likely through the use of medical plants.

💡AR, Ra Kila, and Mon Pria

AR, Ra Kila, and Mon Pria are the team members working on the HerVista project. They are dedicated to creating a solution that promotes health and well-being through innovation. The mention of their names in the script signifies the collaborative effort behind the project and their individual contributions to its development.

💡Virtual Herbal Garden

The Virtual Herbal Garden is described as a digital platform in the script, allowing users to explore and learn about various medicinal plants used in Ayurveda. It is a key feature of the HerVista project, providing an interactive and educational experience. The term 'virtual' implies that this garden exists in a digital or simulated environment, making it accessible to users online.

💡Interactive Chatbot

An interactive chatbot is mentioned as a feature of the Virtual Herbal Garden platform. It is designed for easy user interaction, offering comprehensive information about each plant. The chatbot likely uses AI to answer questions and provide details, enhancing the user experience by making the platform more engaging and user-friendly.

💡3D Models

The script mentions the use of 3D models for each Ayurvedic plant using Unity 3D. These models are part of the technical approach to create a realistic and interactive experience for users. The 3D models allow users to visualize the plants in a more engaging way, contributing to the educational value of the platform.

💡Django and Flask

Django and Flask are programming frameworks used in the backend development of the HerVista project. They are part of the technical stack that supports the platform's functionality. Django is a high-level Python web framework, and Flask is a micro web framework written in Python, both known for their flexibility and ease of use in web development.

💡MongoDB and SQL

MongoDB and SQL are database technologies used in the project. They are mentioned as part of the databases used to store and manage the data for the HerVista platform. MongoDB is a NoSQL database known for its flexibility and scalability, while SQL refers to a structured query language used to manage relational databases.

💡Feasibility and Viability

Feasibility and viability are discussed in the context of the project's potential for success. The script states that the solution is technically feasible with existing technology, meaning that the necessary tools and resources are available to realize the project. Viability, on the other hand, refers to the project's potential for long-term success and sustainability.

💡E-commerce Integration

The script mentions the potential integration with an e-commerce platform, which would allow users to not only learn about medicinal plants but also purchase them. This integration could enhance the utility of the platform, making it a one-stop solution for those interested in traditional health support agents and medicinal plants.

💡Conservation and Sustainability

Conservation and sustainability are highlighted as potential environmental impacts and benefits of the project. By promoting the use and understanding of medicinal plants, the project could encourage their conservation and sustainable use, which is important for preserving biodiversity and traditional knowledge.

Highlights

Introduction of 'Her Vista', a project aiming to bridge traditional medical knowledge with modern technology.

The project is categorized under Mechatronics, Biotech, and Healthtech for the Smart India Hackathon 2024.

Team members AR, Ra Kila, and Mon Pria are working on an engaging platform for health and wellbeing.

The Virtual Herbal Garden is a digital platform for exploring and learning about medicinal plants.

The platform includes an interactive chatbot for user interaction and comprehensive plant information.

High-quality multimedia integration enhances the learning experience.

Advanced search and filter options are included for ease of use.

Interactive 3D models of medicinal plants are a standout feature.

The technical approach involves Python, JavaScript, Unity 3D, Django, Flask, MongoDB, and SQL.

Step-by-step development includes adding 3D models, detailed descriptions, and interactive features.

Feasibility analysis confirms the project is technically feasible with existing technology.

Challenges include ensuring a smooth and responsive user interface.

High-quality 3D modeling tools are planned to overcome modeling challenges.

The project has potential impacts such as raising awareness and understanding of traditional herbal plants.

It serves as an educational tool for students and practitioners interested in herbal plants.

The project could integrate with e-commerce platforms for traditional health support agents.

The project encourages conservation and the use of medicinal plants.

References include websites for traditional Indian medicinal practices and health-related information.

AI conversation models are referenced for the chatbot feature.

The project is 50% complete, with ongoing gathering of plant details and images.

The next step is to integrate the gathered information into the chatbot.

Ensuring smooth operation of all features is the final step in development.