Car Parking Case Study

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OBJECTIVE OF THE PROJECT: The project was an attempt to provide a solution to the perennial problem of parking of vehicles. Due to increase in the population of the urban areas, especially metropolitan cities and more and more people using cars and other vehicles, parking of these is a very big problem. So, this project was an attempt in the same direction, that is, an automated car parking which is a feasible solution. The objective of this project was therefore to keep a check on the number of vehicles entering and leaving the parking by appropriate sensors and displaying the same on the seven segment display. This project was initiated to enable the person in the car to know whether there is a vacant slot inside or not. This will help him …show more content…

It is a common knowledge that the number of vehicles are increasing day by day because more people can afford them and of course it is an inevitable part of the changing lifestyles. In every family there is at least one car and in some of the cases there is one car per member. As there can be no limits on the number of cars, the traffic in public places is bound to increase and this has given rise to so many parking related issues. C.E.2.3.3 I also understood that although most of the places have private parking owned by the builders who have hired number of employees for collecting parking charges on hourly basis yet there is always a problem of putting a check on the number of vehicles already present inside. Automated car parking is a practical solution to this problem. C.E.2.3.4 Automatic car parking system is a very good substitute for car parking. Space is a big constraint today and in this age of miniaturization, it is necessary to avoid the wastage of space anywhere. C.E.2.3.5 I then took an account of the features that would be required for the circuit that I had to solder. I found the main features as …show more content…

Microcontrollers are more economically viable to digitally control more devices and processes than designs that operate using isolated memory, microprocessors and input/output devices. The cost and size also make the microcontroller more feasible. Mixed signal microcontrollers are common, as it integrates analog components needed to control non-digital electronic systems. C.E.2.3.13 My selection of 8051 microcontroller was on the basis of following features:  Speed, packaging, power consumption, RAM & ROM, I/O pins, chip timer, ease of up gradation to higher performance versions, cost per unit.  Availability of a debugger, an emulator, a C- language compiler which is code-efficient, an assembler, and obviously technical support.  It should be readily available. In fact the 8051 is the most procurable 8-bit microcontroller. C.E.2.3.14 The circuit diagram I have shown against C.E.2.3.6 is of the sensing module. The comparator (op-amp) shown gives zero output in the absence of any input (car). When light falls on the phototransistor from the car, there is decrease in resistance. Thus there is a net input directly conveyed from the potentiometer to the positive terminal of the op-amp. The net output thus produced gives the corresponding

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