Journal of Research in VLSI Design Tools and Technology ISSN: 3139-2016 (Online)

Authors: Vikash Kumar, Rishik Jaiswal, Prakriti Singh

Abstract: In recent years, the demand for smart parking systems has increased due to the shortage of parking spaces in urban areas. The fuzzy logic-based automatic car parking system is an efficient solution to address this problem. This paper presents a comprehensive review of the design of low-power VLSI architecture and ASIC implementation of a fuzzy logic-based automatic car parking system. The proposed system uses a fuzzy logic controller to control the movement of a car within a parking lot. The system is designed to minimize the power consumption while ensuring the accuracy and reliability of the parking process. The design of the system involves the selection of suitable sensors, the development of a fuzzy logic controller, and the implementation of the system on an ASIC. The performance of the system is evaluated based on various parameters such as power consumption, accuracy, and reliability. The results show that the proposed system is efficient and effective in controlling the movement of a car in a parking lot.

Keywords: Fuzzy logic, Automatic car parking system, Low power VLSI architecture, ASIC implementation.