Essay on Optimizing Urban Parking: Exploring Benefits and Challenges of IoT-Based Smart Parking Systems

Introduction

In this article, one can learn how the Internet of Things (IoT) based Smart Parking Systems for Smart Cities continue to help vehicle users reserve parking slots hence playing a significant role in decongesting the increasing demand for the parking space. The article describes how the Smart Parking devices continue to use various sensing devices, including the sensors installed in the pavements, to discover the parking lots' occupancy within a city. However, developments are still underway to develop a strong sensing system that can ensure that data are being examined and transferred in real time to the database. The Smart Parking System can be utilized in various areas, including private lots and offices, to reduce the parking hassle and locate a parking lot. Therefore, it is important to discuss how Smart Parking Systems continue to optimize parking, which is one of its most significant benefits. The second benefit of Smart Parking Systems that needs to be explored in the article is how it plays a great role in reducing traffic. Although Smart Parking Systems have many advantages, it is also associated with some problems. Therefore, it is important to discuss how they lead to real upfront costs, as discussed in the article.

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Optimizing Parking

The IoT-based Smart Parking Systems for Smart Cities play a great role in assisting its users in finding the best parking lots hence saving their time and effort. It is always effective in the way the parking lots usually fill through the Smart Parking Systems. The spaces available are utilized correctly through Smart Parking Systems by either the commercial or the corporate establishments. The parking lot's design is usually based on its purpose. The general layout will always be affected once the parking location is busy ("IoT based smart parking systems for smart cities," 2020). Using Smart Parking Systems helps in influencing the design strategies for such parking lots.

Reducing Traffic

Reducing traffic through Smart Parking Systems reduces the number of cars that have to drive in cities in search of an open parking space. That is mainly because it combines the use of sensors, smart navigating systems, and online payment mechanisms that provide drivers with sufficient information on where to park their vehicles. Such information is also provided to the parking lot operators. Such data is eventually translated into actionable insights on smart parking applications that most drivers use ("IoT-based smart parking systems for smart cities," 2020). They then use such information in using the least congested routes and overview the already available parking options in the city.

Real Upfront Costs

Many people do not realize the costs of using the hardware and networks to control the parking systems. The majority of such smart parking systems use in-ground sensors that are more expensive than the smart parking sensors located on the parking meters ("IoT based smart parking systems for smart cities," 2020). Using the car parking rather than the sensor may interrupt one mesh, especially when it is constructed on a mesh network while operating within a dynamic radio frequency (RF).

Conclusion

It is always important to develop an automated smart parking system to assist city drivers in locating better parking spaces for their vehicles. That is why it is important to explore some of the most significant benefits of such a system, as discussed in the article, and its challenges. The effectiveness of the parking space presented by the smart parting system helps inefficient management of space.

Reference

IoT based smart parking systems for smart cities. (2020, February 14). HIOTRON. https://www.hiotron.com/smart-parking/