EVEREST ENGINEERING AND MANAGEMENT COLLEGE
(AFFILIATED TO POKHARA UNIVERSITY)
SANEPA-2, LALITPUR
A MINOR PROJECT MID-TERM REPORT ON
“ATM MACHINE”
SUBMITTED
BY
ANGEL BISTA [18120006]
ANISHA BASNET [ ]
BASANTA POUDEL [ ]
PRAYASH
SHRESTHA [ ]
SUBMITTED
TO
DEPARTMENT
OF ENGINEERING
EVEREST
ENGINEERING AND MANAGEMENT COLLEGE
SANEPA-2,
LALITPUR NEPAL
JUNE,2018
ATM MACHINE
Submitted
by
ANGEL BISTA [ 18120006 ]
ANISHA BASNET [ ]
BASANTA
POUDEL [ ]
PRAYASH
SHRESTHA [ ]
Under the Supervision of
Er. RANJAN ADHIKARI
(POST)
A MINOR PROJECT SUBMITTED IN PARTIAL FULFILLMENT OF THE
REQUIREMENT FOR THE DEGREE OF BACHELOR IN ENGINEERING IN INFORMATION TECHNOLOGY
Submitted
to
Department
Of Electronics and Computer Engineering
Everest
Engineering and Management College
Sanepa,
Kathamandu
JUNE,2018
SUPERVISOR’S
RECOMMENDATION
I hereby recommend that
this project prepared under my supervision by xyz1, xyz2
entitled “VENUE
SELECTION SYSTEM” in partial fulfillment of the requirements for
the degree of Bachelor of
Computer Engineering be processed
for the evaluation.
…………………………………………
Er.
Mohan Bhandari / Er. Ranjan Adhikari / Er. Saroj Maharjan
Faculty of Computer Engineering
Everest Engineering College
////to
be printed in college letter head
LETTER OF APPROVAL
This is to certify that
this project prepared by xyz1,
xyz2 entitled “VENUE
SELECTION SYSTEM” in partial fulfillment of the requirements for
the degree of Bachelor of
Computer Engineering has been well studied.
In our opinion it is
satisfactory in the scope and quality as a project for the required degree.
………………………………… ………………………………
Er. Nabin Thapa Er. Mohan Bhandari
Head of Department Supervisor
ABSTRACT
This report attempts to understand the design of an
Automated Teller Machine (ATM) system, a device used by bank customers to
process account transactions. Typically, a user inserts into the ATM a special
plastic card that is encoded with information on a magnetic strip. The strip
contains an identification code that is transmitted to the bank's central
computer by modem. To prevent unauthorized transactions, a personal
identification number (PIN) must also be entered by the user using a keypad.
The computer then permits the ATM to complete the transaction; most machines
can dispense cash, accept deposits, transfer funds, and provide information on
account balances. Banks have formed cooperative, nationwide networks so that a
customer of one bank can use an ATM of another for cash access. Some ATMs will
also accept credit cards for cash advances. The first ATM was installed in 1969
by Chemical Bank at its branch in Rockville Centre, New York. A customer using
a coded card was dispensed a package containing a set sum of money.
ACKNOWLEDGEMENT
We have taken effort in
this project. However, it would not have been possible without the help and
support of many individual and organization. We would like to extend our
sincere thanks to all of them.
We would like to
express our deepest sense of gratitude and sincere thanks to our highly
respected and esteemed guide Er.
Mohan Bhandari for his valuable guidance, encouragement and help for
supporting the work. His useful suggestion for this work and co-operative
behavior are sincerely acknowledged.
We are highly indebted
to EEMC relevant to the project & also creating friendly environment to the
success of our project. We are also appreciative of the effort of HOD sir, Er.
Nabin Thapa for supporting us throughout this project. We also extend our
gratitude to Er. Saroj Maharjan for his support.
We would also like to
appreciate the help of various venue for providing us essential data required
for our project as well as their time in guiding us so as to how our project
will be more effective in user's prospective.
We are also grateful to
our teachers for their constant support and guidance.
At the end we would
like to express our sincere thanks to all the friends and others who helped us
directly or indirectly during this project work.
ANGEL BISTA [ ]
ANISHA
BASNET [ ]
BASANTA
POUDEL [ ]
PRAYASH
SHRESTHA [ ]
Table of Contents
List of Figures
// List all the figures
FIGURE
PAGE
Figure 1.1:
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Figure 1.2:
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3
Figure 2.1:
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List of Tables
//List All the Tables
TABLE
PAGE
Table 1.1:
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Table 1.2: ------------------------------------------------------------------------------------ 3
Table 2.1:
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Abbreviation
//List the abbreviation in ascending order, used in your project
CSS
= Cascading Style Sheets
ERD
= Entity Relationship Diagram
HTML = Hyper Text Markup Language
Chapter 1: Introduction
1.1. Problem Definition
// Explain the difficulties that are
faced and why you need to develop the project
In the past, people obtained suggestions
for venues from friends or other conventional sources or sites. Although this
method is straightforward and user-friendly, it has some severe limitations.
First, the recommendations from friends or other common people are limited to
those places they have visited before. Thus, the user is not able to gain
information about places less visited by their friends. Besides that, there is
a chance of users not liking the place recommended by their friends.
Second, the information provided by the
site can often be biased; thus the information provided cannot always consider
being accurate.
Even though user may be able to hold the
event, they may feel unsatisfied about the services provided about catering,
event decorations, audio-video aids, lighting etc.
1.2 Objective
// Explain
the object of your project… explain why need to develop this.
The
Objective of our project are:
1. To
develop a application to facilitate customers get information about various
venues.
2. To
help customer to choose appropriate party venue as per their budget to hold an
event.
3. To
recommend one of the appropriate venue as per the customers specifications.
1.3. Scope
// Explain the scope of your
Project
1. Our project will help customers to get
information about party venues.
2. Helps in comparison and contrast party
venues attributes.
3. Helps customers to decide appropriate venue
as per their budget.
Chapter 2:
Requirement study and Analysis
2.1 Literature Review
// Explain
about what you learned when going through the documentation of related works
ands papers
Andrew Keen, author of The Cult of the
Amateur wrote in his book, “How the Democratization of the Digital World is
Assaulting Our Economy, Our Culture, and Our Values” that, the history of the
web so far says that we are highly motivated to come up with ways to make sense
of a world richer and more interesting than the constrained resources of the
traditional media let on. True indeed, with the rapid growth and development of
the Internet, sharing of knowledge, information and opinions became more
comfortable. This increase has played a vital role in the development of social
networking sites like Facebook, Twitter, and YouTube, etc. The growth of the
internet, especially after web 2.0 has brought a lot of exposure for the
business, armature artists, writers, etc. Now, authors can share their works
with thousands of readers around the world. Amateur-musicians can get famous
faster than ever before just to uploading their tracks. The business community
has found more customers and profit from the internet. The variety of online
shops, auctions or flea markets opened up on the web [1].
// here [1] states that
the context is taken from reference 1. This is the method for showing the
references.
Nevertheless, the popularity of WWW has
introduced a new problem i.e. the amount of information and items got extremely
huge, leading to information overload. The Web is a vast collection of
completely uncontrolled heterogeneous documents. There are tremendous amounts
of information on the internet which often becomes overwhelming for the user,
and can be difficult for them to find the exact information they are searching
for [2].
Recommender systems are tools used for filtering
and sorting items and information. They are efficient tools that overcome the
information overload, by providing users with the most relevant information by
their interest. These systems are usually based on the user preference and
rating. The ratings can either be acquired explicitly by filling up form,
providing ratings or implicitly. Since the goal of a recommender system is to
generate a meaningful recommendation to a group of users, the blueprint of the
system depends on upon the domain and particular characteristics of data
available. Additionally, the system may have access to user-specific and
item-specific profile attributes such as demographics and product descriptions
respectively.
Recommender systems differ in the way they
analyze these data sources to develop notions of affinity between users and
items which can be used to identify well-matched pairs [3].
There are various approaches used in
recommender systems. The most common procedures used for recommender system are
content based filtering and collaborative filtering.
2.2
Related Works
// List the
related works to your project
Recommender system has been widely used in
recent days, especially in the field of ecommerce. Listed below are some of the
popular application based which uses recommendation algorithm.
2.2.1 Amazon
Amazon.com is the largest internet- based
retailer of US. It uses recommendations as a targeted marketing tool in many
email campaigns and on most of its websites’ pages. Clicking on “Your
Recommendations” link clients are directed to a page where they can filter
their recommendations by product line and subject area, rate recommended
products and rate their previous purchase. Our shopping cart recommendations
offer product suggestions to the clients based on the items in their shopping
cart [1].
//You can list many related to your
project
2.3
Requirement study and Analysis
// Explain
the requirement that you researched to
your project
The
requirements are the major part in the system development. Once the
requirements are collected they determine the structure, functionalities and
operational constraints of the system. The requirements are hard to determine
due to their dynamic and dependent nature. During system development the
requirements may change by the system user. One requirement may depend on another
requirement thus making changes to lower requirement leads to change of upper
requirements and vice-versa.
2.4
Feasibility study
2.4.1
Technical feasibility
// focus on gaining an understanding of the present
technical resources of the organization and their applicability to the expected
needs of the proposed system. It is an evaluation of the hardware and software
and how it meets the need of the proposed system
The application uses HTML to display
content in the browser, CSS to beautify the HTML content, and jQuery is used
for making the web page interactive. At the server side, it uses C# to
implement the logic, ASP.NET framework for dynamic web page generation and to
display the predicted result in the browser as well as to handle page requests.
It requires a server, client, and internet connection to function properly. It
supports Windows platform for its operation. All of the technology required by
the application are available and can be accessed freely, hence it was
determined technically feasible. The
system is supported by all kind of web browsers.
2.4.2
Economical feasibility
// explain about your cost and explain if your client financial afford
it or not, how?
The
system is economically feasible. It only requires Internet Access. There is no
any cost associated for using the system.
2.4.3
Operational feasibility
// Explain how well a proposed system
solves the problems, and takes advantage of the opportunities identified during
scope definition and how it satisfies the requirements identified in the
requirements analysis phase of system development.
……………..
Chapter 3: System Design
3.1 Design
Designing
is the most important phase of software development. It requires a careful
planning and thinking on the part of the system designer. Designing software
means to plan how the various parts of the software are going to achieve the
desired goal. It should be done with utmost care because if the phase contains
any error then that will affect the performance of the system, as a result it
may take more processing time, more response time, extra workload, etc.
3.2 System Algorithm
3.2.1 Algorithm 1
// write your
algorithm here
3.2 System Diagram
3.2.1 Flowchart 1
// Draw your flow charts here
3.2.3 Context diagram
Figure 1 : Context
diagram of Venue Selection System
Chapter 4: Implementation
4.1
Application
Since this project
named as Contact Management
4.2
Gantt Chart
4.3 Tools Used
// list and describe the software tools that you have used in your
project
4.4 Description of
main modules
// describe your main modules of your
project
Chapter
5: Testing
Testing
is performed at every phase of the SDLC.
It helps to determine whether an input given to the system provides
correct output or not. It mainly ensures that the system performs as planned.
Following are some of the test carried out in this project.
//Explain how you tested your project
and the snap shot of your results
Chapter 6:
Limitation
// List what your project lacks and cannot do
Chapter 7: Conclusion
and future work
7.1 Conclusion
// Explain about the project conclusion
you have found (about its hindrances on developing, its advantages and how it
is effective)
7.2 Future work
// List what
you are planning to include in your project to make it better
Our
future work includes following:
1. SMS notification
2. Online financial transaction
Appendix
Appendix
1: Pseudo code
// Place the key C codes of your project
Appendix
2: Snapshot
// you can have many of your snapshot
References
// list the papers and important websites that you have
taken for support in IEEE format. Click here
for more details.
[1]. D. Asanov(2011) ‘Algorithms and
Methods in Recommender System’,pp.2-5.
[2]. S.B Larry Page (1994) ‘The Anatomy of
a Large-Scale Hyper-textual Web Search Engine’.
