Efficient Communication Model for a Smart Parking System with Multiple Data Consumers

A smart parking system (SPS) is an integral part of cities where Internet Things (IoT) technology provides many innovative urban digital solutions. It offers hassle-free convenience to the city dwellers, metering facilities, and a revenue source for businesses, it also protects environment by cutting down drive-around emissions. The real-time availability information slots duration occupancy are valuable data utilized multiple sectors such as management, charging electric vehicles (EV), car servicing, infrastructure planning, traffic regulation, etc. IPv6 wireless mesh networks good choice implement fail-safe, low-power protocol (IP)-based secure communication connecting heterogeneous IoT devices. In lot, there could be variety local devices that consume generated from sensors. For instance, central management system, ticketing booths, display boards showing count free color-coded lights indicating visual clues vacancy. Apart this, remote user applications access browsers mobile phones over Internet. Both types consumers need not collect their inputs cloud, beneficial offer within network. Hence, SPS with needs efficient model reliable transfers among producers while minimizing overall energy consumption transit time. This paper explores different models varying number collators, positions, hybrid power cycles aggregation strategies. addition, proposes concise format effective dissemination. Based on simulation studies, multi-collator along superimposition technique found best realizing system.