QBLE — Theme park queueing system using wearable device

Putra, Rudwiky Okta; Musoffa, Sani Fathuddin; Nurhasanah, Siti; Anggadjaja, Erwin; Santoso, Handri

doi:10.1109/icetss.2017.8324165

Cited by 1 publication

(1 citation statement)

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“…Queue Machine using web applications had also been developed in the study [11,12]. In other terms, it can be called a paperless ticketing system, which was developed in a study [3,13,14]. Several studies conducted simulations based on queuing theory analysis, as reported in [1,[15][16][17].…”

Section: Introductionmentioning

confidence: 99%

Design and Implementation of a Registration System with Mobile Application at Public Health Center Based on IoT Using a RESTful API

Hadiyoso

Alfaruq

Hariyani

et al. 2021

Proceedings of the 1st International Conference on Electronics, Biomedical Engineering, and Health Informatics

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In the health service center, many people often meet in a queue and tend to be chaotic, causing uncomfortable conditions and time inefficiency. From these problems, it was thought that technology was needed to make it easier for users to register and monitor queues. In previous studies, we have successfully implemented a digital queue system using a mini PC as the main control. This system has been implemented at the public health center "Puskesmas" Bojong Soang, Bandung. However, the mechanism of queuing, registration, or ticketing and monitoring could not be done online in an application. Therefore, in this study, an Android-based application was developed to register and monitor queues online and in real-time. The main purpose of this study is to build an integrated system between existing queuing machines and mobile applications so that the queuing mechanism can be done online. The proposed system consisted of three main components, namely the digital queue machine, server-cloud, and client application in the user's smartphone. All modules were connected via the cloud with the developed protocol. This application was called "Q-Puskesmas", which could run on the Android mobile platform with a minimum version of 5.0. The proposed system is able to display location identity, the latest queue number, and a menu for registering. From the test results, the application can update the queue number in real-time according to the existing conditions with a delay of <150 ms and also print a virtual registration number. This developed application was expected to facilitate the public in using health facilities/services.

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