THIAGARAJAR COLLEGE OF
ENGINEERING
(Govt. Aided & Autonomous Institution, Affiliated to Anna University, Chennai)
DEPARTMENT OF COMPUTER SCIENCE AND
ENGINEERING
21CS560 -SOFTWARE
ENGINEERING: THEORY AND
PRACTICE
I
[LAB EXPERIMENTS - RECORD]
II
THIAGARAJAR COLLEGE OF
ENGINEERING
(Govt. Aided & Autonomous Institution, Affiliated to Anna University, Chennai)
B.E COMPUTER SCIENCE AND
ENGINEERING
21CS560 -SOFTWARE
ENGINEERING: THEORY AND
PRACTICE
[LAB EXPERIMENTS - RECORD]
REG. NO : 21C068 ROLL NO: 64363
NAME : PRAKASH R
BRANCH : COMPUTER SCIENCE AND ENGINEERING
III
THIAGARAJAR COLLEGE OF
ENGINEERING
(Govt. Aided & Autonomous Institution, Affiliated to Anna University, Chennai)
This is certified to be the Bonafide Record of 21CS560 -SOFTWARE
ENGINEERING: THEORY AND PRACTICE Practical work done by Mr. / Ms.
for the Fifth Semester - B.E
Computer Science and Engineering Degree Course, Department of Computer Science,
Thiagarajar college of Engineering, Madurai - 625015, during the academic year 2023-
2024.
Staff-In Charge
[K.INDIRA]
Register No: Roll No:
Submitted for the Continuous Assessment Test - Practical Examination held on
EXAMINER
IV
PAGE
Ex. PROGRAM TITLE
NO.
NO
1 Develop Software Requirement Specification for
an application.
2 Context Level Diagram
3 Software Architecture
4 Structural Models
Class Diagrams
5 Test Driven Development with unit test.
V
Ex.NO: 1 Develop Software Requirement Specification for an application.
AIM:
To develop a Software requirement specification for the Tour plan &
Optimization application.
Tour Optimization system Version: 1.0
Software Requirements Specification Date: 13/07/2023
Software Requirements Specification
For Tour Spot Recommendation
and Tour Plan Optimization
Version 1.0
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Software Requirements Specification
1. Introduction
The Tourist Spot Recommendation and Tour Plan Optimization Software is an intelligent system
designed to assist travelers in discovering exciting destinations and creating optimized tour plans. This
software aims to enhance the travel experience by providing personalized recommendations based on user
preferences and constraints. By utilizing cutting-edge algorithms and data analysis, the software will suggest
the most suitable tourist spots and efficiently optimize tour itineraries for an unforgettable journey.
2. Purpose
The purpose of this software is to cater to the diverse needs of travelers seeking an efficient and
enjoyable vacation experience. The primary objectives are as follows:
Recommend popular tourist spots and attractions based on user preferences.
Optimize travel itineraries to minimize travel time and expenses while maximizing enjoyment.
Enable users to customize their tour plans according to their interests, budget, and time constraints.
3. Scope
The software will be accessible through a user-friendly web or mobile application. It will offer a
wide range of functionalities, including but not limited to:
User registration and login.
Input collection for user preferences (e.g., interests, budget, travel dates, group size).
Tourist spot database with relevant information (e.g., ratings, reviews, opening hours).
Recommendation engine to suggest top tourist spots based on user preferences.
Tour plan optimization algorithm to create efficient travel itineraries.
Real-time updates and notifications.
User feedback and rating system.
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1. Product Perspective
The tour spot recommendation and tour plan optimization system is a standalone application designed to
assist users in planning their travel itineraries. It analyzes user preferences, interests, and constraints to
recommend personalized tourist spots and optimize a travel plan. The system will interact with the user
through a user-friendly interface and will not be dependent on any external systems or databases.
2. Functional Requirements
The software's functional requirements define the specific features and capabilities it must possess. The key
functionalities include:
User Authentication: Allow users to create accounts, log in, and manage their profiles.
Preference Collection: Gather user preferences for activities, interests, budget, and travel dates.
Spot Recommendation: Utilize user preferences and spot data to recommend relevant tourist spots.
Tour Plan Creation: Generate optimized tour plans based on the recommended spots and user constraints.
Customization: Allow users to modify and personalize their tour plans according to their preferences.
Real-time Updates: Provide real-time notifications regarding any changes or updates to the tour plan.
Feedback System: Enable users to provide feedback and rate the recommended spots and the overall travel
experience.
3. Non-Functional Requirements
The non-functional requirements outline the qualities and constraints the software must adhere to:
Performance: The software should respond quickly and handle a large number of users simultaneously.
Security: Ensure secure user data storage and transmission, implementing encryption and data protection
measures.
Usability: The user interface should be intuitive and visually appealing for ease of navigation.
Reliability: The software must be reliable and available for use at all times with minimal downtime.
Compatibility: The application should work across various platforms (web, mobile) and devices.
Scalability: The system should be easily scalable to accommodate a growing user base.
Accuracy: The recommendation and optimization algorithms should produce accurate results.
4. User Classes and Characteristics
User Classes and Characteristics for Tour Spot Recommendation and Tour Plan Optimization SRS
i. Tourists
Tourists are the main target users of the system. They may belong to different age groups,
have diverse cultural backgrounds, and varying levels of travel experience. Some may be
frequent travelers seeking new experiences, while others may be occasional tourists planning
a specific trip.
Tourists are expected to have basic computer literacy and be able to use a web browser and
navigate through the application's user interface.
ii. Admin
The admin is a privileged user responsible for managing the system's backend, maintaining
the tourist spot database, and handling system configurations and updates.
The admin should have a good understanding of the system's architecture, database
management, and security protocols.
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iii. Casual Users
This user class includes individuals who may not have a specific travel plan in mind but are
interested in exploring tourist spots and discovering travel options.
Casual users should be able to access the system and navigate through the user interface
without any specialized technical knowledge.
iv. Planner Users
Planner users are individuals actively planning a trip or vacation. They may have specific
preferences, constraints, and requirements for their travel itinerary.
Planner users should be comfortable using web applications and inputting their travel
preferences and constraints into the system.
v. Tech-Savvy Users
This user class comprises tech-savvy individuals who are adept at using digital tools and
exploring advanced features of applications.
Tech-savvy users may quickly understand and utilize the system's more advanced features and
customization options.
vi. Non-Tech-Savvy Users
Non-tech-savvy users have limited experience with digital applications and may require more
straightforward and intuitive user interfaces.
The system should be designed to be user-friendly and easily accessible to non-tech-savvy
users.
vii. Frequent Travelers
Frequent travelers are users who frequently explore new destinations and may have specific
preferences or constraints due to their experience.
They should be able to provide detailed input and preferences to receive tailored
recommendations.
viii. Occasional Travelers
Occasional travelers may plan trips infrequently and might need more guidance in selecting
tourist spots and creating an optimized travel plan.
The system should guide occasional travelers through the process and provide helpful
recommendations.
5. Operating Environment
The system will be developed as a desktop application, compatible with Windows, macOS, and Linux
operating systems.
- It will require a modern web browser with JavaScript enabled for the user interface.
6. Design and Implementation Constraints
- The system must comply with relevant data protection and privacy laws to ensure the security of user
data.
- The system should be scalable to accommodate potential future expansions and updates.
7. User Documentation
The user documentation will include:
Installation guide: Instructions to install and set up the application on various operating systems.
User guide: Detailed instructions on how to use the application, including spot recommendations, plan
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optimization, and customizing preferences.
8. Assumptions and Dependencies
- It is assumed that the tourist spot data, including location details and ratings, will be available in a
structured format to populate the system's database.
- The system relies on user-provided preferences and constraints to generate personalized
recommendations and travel plans.
