smart_trolley_second_phase_reviewof.pptx

thansk

1. DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING 21ECMP67 MINI PROJECT Smart Trolley GROUP MEMBERS : Anjali (1AH21EC008) Hitha C (1AH21EC020) Jyothika B (1AH21EC024) 1 CO-ORDINATOR : Dr. A M Prasanna Kumar, Professor, Dept. of ECE ACSCE, Bangalore UNDER THE GUIDANCE OF : Mrs. Susmitha B C Asst. Professor, Dept. of ECE ACSCE, Bangalore. ACS COLLEGE OF ENGINEERING

2. P r e s e n t a t i o n Overview Need of project Introduction Aim & objectives Problem Statement Literature Survey Existing System Proposed System Flow Chart Hardware Components Work done in Phase-I Expected Outcome Application & Future Scope Conclusion Reference Smart Trolley 2 ACS COLLEGE OF ENGINEERING

3. Need of Project 3 Enhanced Shopping Experience : A smart trolley improves the overall shopping experience by integrating features like automatic product detection and pricing, reducing the time spent at checkout counters. Cost Reduction : By automating the checkout process, smart trolleys can reduce the need for cashiers, leading to significant cost savings for retailers. Data Collection and Personalization : Smart trolleys can collect data on shopping habits and preferences, enabling retailers to offer personalized promotions and discounts to customers. Smart Trolley ACS COLLEGE OF ENGINEERING

4. 4 Introduction The Smart Trolley project aims to transform traditional shopping by integrating advanced technologies like RFID, sensors, and IoT . This innovative solution enhances customer convenience by automating product detection, pricing, and checkout processes, significantly reducing wait times and streamlining the entire shopping experience. Smart trolleys not only benefit customers but also provide substantial advantages for retailers. By automating checkout processes. These trolleys reduce the need for manual labor, minimize human errors, and offer real-time data insights, leading to improved operational efficiency and cost savings. Smart Trolley ACS COLLEGE OF ENGINEERING

5. Aim and Objectives Aim - E nabling trolley to follow you automatically, without requiring manual effort. Objectives - To develop a smart trolley system that enhances user convenience by incorporating autonomous following capabilities, thus eliminating the need for manual pushing and improving the overall shopping experience. 5 Smart Trolley ACS COLLEGE OF ENGINEERING

6. Problem Statement 6 With the use of IoT technology, we aim to advance the smart trolley system to autonomously follow the customers, and also integrated with smart billing system thereby eliminating the need for manual effort and significantly enhancing the shopping experience. This innovation addresses the inconvenience of pushing heavy trolleys, particularly benefiting those with limited physical capabilities, and sets a new standard for customer convenience in retail environments. Smart Trolley ACS COLLEGE OF ENGINEERING

7. L i t e r a t u r e Survey 7 SL.NO TOPIC AUTHORS PUBLISHED BY YEAR OF PUBLICATION TECHNOLOGY USED 1 Automated Smart Trolley System using RFID Technology. Rahul R,Yashwanth M S , Saastha Sree Nandan, Sai Prasath S,Raffik R International Conference on Advancements in Electrical, Electronics, Communication, Computing and automation (ICAECA) 2023 IOT, Arduino board, RFID Technology, Database Manager and Website. 2 Smart Trolley Pro Rashmi A,S Brindha , Myvizhi Selvi V,Sandhya J,Srinithin S B, Gnanasudharsan A Intelligent Computing and Control for Engineering and Business Systems (ICCEBS) 2023 RFID Technology, Arduino , Web interface, IOT. Smart Trolley ACS COLLEGE OF ENGINEERING

8. 8 3 A Smart Trolley for Smart Shopping Tapan Kumar Das, Asis Kumar Tripathy, Kathiravan Srinivasan IEEE 2020 RFID Technology, Arduino, LCD Display, IR Sensors 4 Smart Trolley Shailesh, Rajan Chauhan, Pragati Shrivastava Deb, Vaibhav Tyagi International Conference on Advance Computing and Innovative Technologies in Engineering (ICACITE) 2021 RFID Technology, IR Sensors, Ultrasonic Sensors, Motors drivers, Arduino Microcontroller. Smart Trolley ACS COLLEGE OF ENGINEERING

9. Existing System They have been using the conventional barcode scanning technique in the current system. Each product must be scanned using the barcode scanner, which makes the process extremely slow. The trolley are moved manually by human efforts. 9 Smart Trolley ACS COLLEGE OF ENGINEERING

10. Proposed System Given the daily rush in shopping malls, it can be inconvenient to manually push your trolley everywhere you go. Our proposed system aims to alleviate this issue. The proposed system will enhance the existing trolley by enabling it to follow you automatically, without requiring manual effort. The trolley is integrated with the Smart billing mechanism, where the customer themselves can do the checkout process by scanning the items to the RFID. 10 Smart Trolley ACS COLLEGE OF ENGINEERING

11. 11 Flow Chart Start User Authenticates Trolley Starts Following Shopping Phase Item Scanning Real-time updates Item management Adding Items Removing Items Total amount displayed Exit Smart Trolley ACS COLLEGE OF ENGINEERING

12. 12 Hardware Components Arduino UNO Smart Trolley ACS COLLEGE OF ENGINEERING

13. 13 Hardware Components IR sensor DC motor Wheels LCD EM- 18 Module Smart Trolley Ultrasonic sensor ACS COLLEGE OF ENGINEERING Push Button

14. Work done till Now We reviewed recent research papers from IEEE related to our project and subsequently tried to incorporate new ideas into an existing system. We implemented the Smart billing system on our Smart trolley robot, where the three switch system is used for adding, removing and Updating the total bill. For the final review, we will implement the robot motion which follows the customer path. 14 Smart Trolley ACS COLLEGE OF ENGINEERING

15. Expected Output The smart trolley when authenticated by the user starts to follow the customer. The trolley has the Ultrasonic sensor which senses the customer path, and for navigating towards left and right there are two IR sensors mounted. When the RFID is scanned with the tags given for a particular item in the shop, the cart gets incremented. There’s a switch to add an item, to delete an item and to display the total bill amount integrated for smooth user experience. At the end it displays the checkout process and total amount in the cart. 15 Smart Trolley ACS COLLEGE OF ENGINEERING

16. Application and Future Scope 16 Applications Future scope Retail Stores and Supermarkets : The smart trolley system can be implemented in retail stores and supermarkets to enhance the shopping experience for customers. Airports and Large Public Venues : In large venues like airports or convention centers, smart trolleys can assist travelers and visitors by carrying luggage or personal belongings. Integration with Smart Shopping Assistants : Future developments could see smart trolleys integrated with advanced shopping . Enhanced Obstacle Detection and Navigation : Continuous improvement in obstacle detection and navigation technology can make smart trolleys more reliable and versatile Smart Trolley ACS COLLEGE OF ENGINEERING

17. Conclusion The Smart Trolley project successfully integrates technologies such as RFID, IR sensors, ultrasonic sensors, and Arduino microcontrollers to create an automated and efficient shopping experience. This technology allows for automatic item scanning, real-time billing, and autonomous trolley movement, significantly reducing the need for manual effort and enhancing convenience for shoppers. ​ 17 Smart Trolley ACS COLLEGE OF ENGINEERING

18. Reference Tapan Kumar Das, Asis Kumar Tripathy, Kathiravan Srinivasan, “A Smart Trolley for Smart Shopping“, 2020 International Conference on System, Computation, Automation and Networking (ICSCAN) Shailesh, Rajan Chauhan, Pragati Shrivastava Deb, Vaibhav Tyagi, “Smart Trolley“, 2021 International Conference on Advance Computing and Innovative Technologies in Engineering (ICACITE) Rahul R., Yashwanth M. S., Saastha Sree Nandan P., Sai Prasath S., Raffik R, “Automated Smart Trolley System using RFID Technology“,2023. Rashmi A., S. Brindha , Myvizhi Selvi V., Sandhya J., Srinithin S. B., Gnanasudharsan A., Gautham S, “Smart Trolley Pro“,2023. 18 Smart Trolley ACS COLLEGE OF ENGINEERING

19. THANK YOU 19 Smart Trolley ACS COLLEGE OF ENGINEERING