IoT based Smart Shopping Trolley with Mobile Cart Application

Kowshika, S.; mitha, S.S Madhu; Varshini, G Madhu; Megha, V; Lakshmi, K.

doi:10.1109/icaccs51430.2021.9441866

Cited by 17 publications

(3 citation statements)

References 2 publications

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“…In Figure 9, the workflow of the system in this study is illustrated. It begins with the process of pairing the remote control with the HC-05 Bluetooth on the tool, which is followed by pairing the HC-05 Bluetooth with the remote control itself [21]. If these two devices are connected, the user can operate the basket by pressing a button on the remote control directly pressed, the user can try connecting the remote control and bluetooth hc-05 again if the remote control is unable to operate the basket through the button command [22].…”

Section: Methodsmentioning

confidence: 99%

Remote-Controlled Bluetooth-Enabled Smart Shopping Cart: Prototype and Evaluation

Ritzkal,

Prakosa,

Munandar

et al. 2023

ISI

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In an endeavor to enhance consumer experience and streamline the shopping process, this study presents the design and evaluation of a smart shopping cart prototype, devised to replace conventional manual shopping carts. Customers traditionally utilize baskets to transport purchased goods to the cashier for payment processing. During peak shopping hours, queues often form, potentially detracting from the customer's overall shopping experience. Customers are typically obliged to stand adjacent to their baskets to maintain their position in the queue, a practice this innovation intends to eliminate. The proposed smart shopping cart employs Bluetooth HC-05 technology to facilitate remote operation, thereby enabling users to wait at a comfortable distance from their groceries. The remote control for the cart is designed to interface with Android smartphones, capitalizing on the ubiquity of these devices in customers' daily lives. The ease of connecting Bluetooth HC-05 with an Android device further simplifies the operation for users well-versed with smartphones. This study outlines the construction and testing of a smart shopping cart prototype, although it has not been directly implemented in a supermarket setting. The conducted tests are representative of the performance of a potential full-scale model. The remote control application, tailored to the specific commands required by the shopping cart, was developed using Kodular. It can be easily accessed and downloaded from the Kodular website.

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Section: Methodsmentioning

confidence: 99%

Remote-Controlled Bluetooth-Enabled Smart Shopping Cart: Prototype and Evaluation

Ritzkal,

Prakosa,

Munandar

et al. 2023

ISI

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“…Online communication necessitates user network connectivity, and the controller will build bridges between users [4]. The proposed concept creates a solution for improved IOT shopping experiences in malls [5][6][7][8]. Software application…”

Section: Introductionmentioning

confidence: 99%

Smart Shopping Trolley With Automated Billing

Valli,

Thrisha,

Aruna

et al. 2023

IJEAST

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—It is very important issue with people all over India to stand in a long queue to shop particular products from shopping malls. It consumes a lot of time for people to shop products from shopping malls during billing and checkout of products. During situations like COVID pandemic people suffered a lot due to overcrowd in supermarkets during billing and checkout. The proposed system will consist of an Arduino UNO and RFID scanner is used to scan the RFID tags from the product and an Infrared (IR) sensor for theft control purpose and a LCD to display the item purchased and the total cost of the items purchased and a WIFI module to communicate with the shop owners with an app. Through that app the owners will come to know the items purchased in a particular trolley number and the amount to be paid. Through this the customer can pay through online/physical payment and checkout the product with less waste of time and can experience contactless and safe shopping.

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“…The necessity for a shopkeeper in the supermarket will be reduced as voice assistants enable customers to ask questions about locations, discounts, deals, and prices. In [13] authors proposes a smart cart that can generate payment by employing IoT and a mobile cart application. Consumer can quickly to their payment by using their smartphone app and trolley.…”

Section: Introductionmentioning

confidence: 99%

Design and Implementation of Autonomous Trolley with E Billing

Beenish

Khan

Mairaj

et al. 2022

IJIST

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Shopping became one of the most important tasks that people conduct on a daily basis. A mart is a place where various things can be purchased within a roof. Customers must patiently wait in lengthy lines, especially on weekends, until it is their turn. Due to people's busy schedules, this is a time-consuming process that leaves them exhausted and dissatisfied with the services provided at the checkout counters. We proposed and implemented an autonomous trolley with an electronic billing system. The proposed and developed system is separated into two sections, the first section consists of RFID tags and camera-based product scanning and detection, while the second section consists of bill generation and e-payment. The second output is of a shopping receipt, which was printed using a thermal printer effectively, and smart trolley-based bill detection will be accomplished. This self-billing is a new technology that can present us with numerous advantages. Currently, everyone is familiar with e-payments, and because our system is also based on direct bank transactions. This smart trolley-based bill detection will ultimately be accomplished through the user's bank and Jazz Cash. Automated trolley systems are designed to provide customers with knowledge about their collected items and decision-making abilities based on prior purchase patterns in order to ensure a hassle-free shopping experience.

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IoT based Smart Shopping Trolley with Mobile Cart Application

Cited by 17 publications

References 2 publications

Remote-Controlled Bluetooth-Enabled Smart Shopping Cart: Prototype and Evaluation

Remote-Controlled Bluetooth-Enabled Smart Shopping Cart: Prototype and Evaluation

Smart Shopping Trolley With Automated Billing

Design and Implementation of Autonomous Trolley with E Billing

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