Dream Builders, New York, has approached you to develop a software application t

Question

Dream Builders, New York, has approached you to develop a software application that will automate the management of the vehicle parking system at their new shopping mall, Zing. Following is the problem statement in the words of Mr. David Wong, project manager, Zing, Dream Builders. "We are building a marvelous piece of architecture, which is a huge recreation and shopping complex. We are expecting hundreds of customers every day and managing parking is surely going to be a big problem. We have enough space to park hundreds of vehicles but I am aiming at something different, a computerized parking management system." What we want from you is a product that can help us automate the parking system. I do not know much of the technical jargon but I can tell you how I see it. Suppose I am an attendant at the entrance to the mall and a vehicle drives in, then all I should have to do is ask the driver his or her name and enter the name and the vehicle number into the computer. Then, using the software you develop, I should be able to look for a vacant location in the parking. I should then ask the driver to pay, and give him or her a slip specifying the location in which he or she has to park the vehicle. Such a system will help us in various ways. For example, it will be easier for us to manage large number of vehicles, utilize maximum space available, and reduce manpower Moreover; our customers will surely be more satisfied because it will save them the trouble of searching for a vacant location to park. I am ready to invest a generous amount on this product but what I am looking at is a very innovative product." Based on the above scenario and your understanding, create a 2- to 3-page document in Microsoft Word, that includes answers to the following questions: What questions do you need to ask to get better understanding for this project? What kind of requirement gathering techniques will you use to collect the full list of requirements in addition to what is listed above? Ensure that you pick at least two techniques. How would you deal with the possibility of requirements change? Using any drawing tool, create the following models for the autopark project: Use case model DFD Software requirements specification document Support your responses with examples. Cite any sources in APA format.

Explanation / Answer

1- what is security system in parking and how can user vehicle safe in paeking area ?
2- How Provides information on occupancy of each level and the complete car park, number of reserved and unreserved spaces, booked spaces, and total spaces?
3- What is cost of ownership?
4- How is maintance of parking area?

Traffic application is a one-stop-shop parking solutions provider offering end-to-end services from design, supply, systems integration,installation, and commissioning, to operation and maintenance. We have executed large scale parking management At Traffic Tech, we aim to maximize your business potential and increase the satisfaction level of customers that visit your site by enhancing the efficiency of your parking facility. We utilize our experience in traffic management and systems integration to provide professional parking management & security solutions.Since we believe that each car park is unique and require customized management systems in order to achieve optimal operation, we take a systems approach in designing entries and exits, traffic flow, guidance systems, payment systems, and access management of every parking project that we handle.Customers can spend more time shopping rather than looking for parking space.Increased customer satisfaction. Convenient parking experience will be valued by customers.

Automatic vehicle parks provide lower building cost per parking slot, as they typically requires less building volume and less ground area than a conventional facility with the same capacity. However, the cost of the mechanical equipment within the building that is needed to transport cars internally needs to be added to the lower building cost to determine the total costs. Other costs are usually lower too, for example there is no need for an energy intensive ventilating system, since cars are not driven inside and human cashiers or security personnel may not be needed. Automated vehicle parks rely on similar technology that is used for mechanical handling and document retrieval to a parking slot by a robot trolley. For the driver, the process of parking is reduced to leaving the car inside an entrance module. At peak periods a wait may be involved before entering or leaving. The wait is due to the fact that loading passengers and luggage occurs at the entrance and exit location rather than at the parked stall. This loading blocks the entrance or exit from being available to others. Whether the retrieval of vehicles is faster in an automatic car park or a self park car park depends on the layout and number of exits.

The capacity of this dynamic array is simply data.length. An important method needed is to add elements to the end of the dynamic array.This method should provide automatic extension if the capacity is not large enough to hold the added element.

Designing
members: Attributes / Constructors / Methods:
int[] data: the array storing the elements
int size: the number of elements
DynamicArray(): initialize this dynamic array with size 0
DynamicArray(int capacity): initialize this dynamic array with the capacity
int get(int index): get the element at the specified index
int set(int index, int element): set the value of the element at the specified index
boolean add(int element): add the element to the end of the array
void ensureCapacity(int minCapacity): increase the capacity
int size(): return the size of the dynamic array
boolean isEmpty(): check whether the array is empty
void clear(): clean up the elements.

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