Local Chapter Goa, India
Coordinated byIndia ,
Status: Completed
Project Duration: 15 Apr 2023 - 31 May 2023
Tourism is a vital industry for the Indian state of Goa, with millions of domestic and international tourists visiting every year. However, visitors often face challenges such as language barriers, lack of information, and difficulty navigating the local area. To address these issues and enhance the overall tourism experience, there is a need for an interactive and intelligent chatbot that can provide visitors with personalized and relevant information in real-time.
The current tourism infrastructure in Goa lacks an efficient and effective way to provide visitors with personalized information and assistance. Traditional methods such as brochures, maps, and physical assistance are limited in their scope and availability. While the online methods are abundant and scattered with bias across the internet. Furthermore, with the increasing number of tourists every year, the existing infrastructure may not be able to cater to everyone’s needs.
Week 1
• Research existing tourism chatbots and their functionalities along with a general comprehensive study for data collection points for Goa tourism
• Identify key features and requirements for the Goa tourism chatbot
• Collect data for the chatbot from different sources
Week 2
• Research existing tourism chatbots and their functionalities along with a general comprehensive study for data collection points for Goa tourism
• Identify key features and requirements for the Goa tourism chatbot
• Collect data for the chatbot from different sources
Week 3
• Exploratory Data Analysis
• Pre-process, augmentation and annotate the data for model building
Week 4
• Exploratory Data Analysis
• Pre-process, augmentation and annotate the data for model building
Week 5
• Develop a chatbot architecture and user interface
• Train the chatbot on the collected data using Natural Language Processing (NLP) techniques
• Conduct initial testing and evaluation of the chatbot
• Deployment of the model for testing
• Improve the chatbot’s functionality and accuracy based on user feedback and testing results
• Further train and refine the chatbot using additional data and advanced NLP techniques
Week 6
• Develop a chatbot architecture and user interface • Train the chatbot on the collected data using Natural Language Processing (NLP) techniques • Conduct initial testing and evaluation of the chatbot • Deployment of the model for testing • Improve the chatbot’s functionality and accuracy based on user feedback and testing results • Further train and refine the chatbot using additional data and advanced NLP techniques • Optional- Implement additional features, such as multi-lingual support (if possible) and integration with social media platforms
Week 7
• Conduct comprehensive testing and evaluation of the chatbot to ensure it meets all functional and performance requirements • Document the chatbot’s architecture, functionality, and usage instructions • Deploy the chatbot to a cloud server and test its performance in a production environment • Address any issues or bugs that arise during deployment and testing • Optimize the chatbot’s performance and scalability for future use • Create a final report summarizing the project’s goals, methodology, results, and future plans.
Week 8
• Conduct comprehensive testing and evaluation of the chatbot to ensure it meets all functional and performance requirements • Document the chatbot’s architecture, functionality, and usage instructions • Deploy the chatbot to a cloud server and test its performance in a production environment • Address any issues or bugs that arise during deployment and testing • Optimize the chatbot’s performance and scalability for future use • Create a final report summarizing the project’s goals, methodology, results, and future plans.
1. Natural language processing and conversation design.
2. Data retrieval and integration with APIs and databases.
3. Machine learning and AI techniques for improving chatbot performance. 4. User testing and evaluation of chatbot performance this project aims to: Data Collection and Exploratory Data Analysis Designing and Developing Chatbot Architecture Natural Language Processing (NLP) Model Development and Training Integration with Digital Platforms and Testing Evaluate Chatbot Performance and User Feedback App development