An Android App: Virtual Queuing System for Public Distribution System

Abstract

Ration distribution and food supplies to the public is one of the most fundamental government services. It has to be in the right manner especially for under people under povertyline. Its miles must important to well distribute ration cards. The card is also used to recognize people of the town or city like a voter card additionally it is very important for individuals who do not have a voter card to have a minimum ration card to determine his identity. Waiting in line is a critical problem inside the context of services because of its huge effect on operating skills and the pleasure of clients of the system. The way queues are arranged and the way lengthy clients need to anticipate products or services have laid the bottom for figuring out the maximum most desirable solution in the queue which can provide swap to reduce operating fee incurred during optimization queues, in addition to reducing the time spent through the means of ready-to-serve customers. Like the cutting-edge move from platform established to oriented carriers, that It grow to be unimportant to very well draw close the way to successfully manipulate ready strains and in flip enhance at the patron pleasure in an organization. The goal of this project is to save the group in ration stores the usage of the android application. First, the details like ration card numbers should be given in the android application, which is then connected to the corresponding ration shop. Then, the product details such as product names with quantity will be displayed in the mobile application. This app can call To the respective servers to access the data that will surely help customers to book Their tokens are online without waiting in the queue. This project tested the shortcomings of conventional and cutting-edge approached to queuing control, studying the sorts and programs of diverse queue control things, and eventually coined a generic Technique and method for planning and expanding the digital queue control system.