Intelligent Parking Design Optimization And The Monitoring And Management System

Intelligent stereoscopic garage is an economic and efficient strategy to solve the problem of city parking. Both the performance of the design scheme and the intelligent degree of the management are critical to the economic performance of the garage. The relationship of the main factors that are important to the design is analyzed, and the mathematic model of the optimum design of the laneway_stracker_type stereoscopic garage is established. Numeric emulation to the resolution of mathematic mode is carried out using Matlab language in this thesis. The real investigation data is analyzed using queuing theory and the hypothesis validation method, which concludes that the stereoscopic garage matches the M/D/1 mode of the queuing theory in this thesis. The optimum algorithm to access vehicle in the stereoscopic garage is given out in the thesis, and the unit of the monitor management system for the garage is discussed. Base on the analyzed, the management system software is developed.