Volume 19, No. 6, 2022
Iot Architecture For Automated Parking Systems
Luis Eduardo Ramírez Carvajal , Msc. Karla Cecilia Puerto López , PhD. Francisco Ernesto Moreno Garcia , Msc. Haidee Yulady Jaramillo , Msc. July Andrea Gomez Camperos
Abstract
The following paper presents the development of an IoT architecture for autonomous parking systems. The research is performed using a DFSS (Design for Six Sigma) methodology composed of 4 phases: requirements identification, design characterization, design optimization and design verification. It is implemented in a scaled prototype using Arduino for data acquisition, Android language for user interface development and Java language for control software development. The architecture is composed of three main blocks: User, System and Parking. The results show that the implementation of parking systems is presented as an alternative to optimize mobility by reducing the time required for parking and minimizing vehicular congestion. The prototype allowed concluding that the architecture is functional in a business context if it is to be implemented on a large scale as a massive mobile application. The interface optimizes communication allowing better interactivity between the user and the parking lot.
Pages: 282-288
Keywords: a@a.com