The document is a software requirements specification for a hotel management system. It includes sections that provide an overview of the system's purpose and scope, describe the overall product functions and user characteristics, and specify the system's functional and non-functional requirements. The functional requirements define actions like managing reservations, food orders, and generating reports. The non-functional requirements cover performance, the logical database, and standards compliance.
This document provides a software requirements specification for a hotel management system. It outlines the purpose, scope, functions, users and requirements of the system. The system will allow customers to book rooms online, receptionists to manage reservations and the manager to view reports and update room information. It describes the user interfaces, software interfaces, hardware interfaces and communication interfaces. It also includes the functional requirements for registration, login, reservations, receptionist access, manager access and payment management. Non-functional requirements around performance, security, safety, capacity and availability are also specified.
this ppt shows easy way to understand ONLINE HOTEL MANGEMENTJaya0006
This document describes an online hotel management system project created by a team of students. The system allows customers to reserve hotel rooms online by checking availability and making reservations. It also allows administrators to view reservation details and daily income. Key aspects of the system covered include the existing manual process, advantages of the online system, system design using UML diagrams, and screenshots of the user interface.
This document describes an online hotel booking system. The system allows users to check availability, book rooms, and manage reservations online through a website. It has two main modules: an administrator module that can manage customer and room details and update room status, and a user module that allows users to check availability, fill out reservation forms, and receive reservation confirmations. The system was developed using ASP.NET for the front end, SQL Server 2008 for the database, and C# and HTML/CSS for programming. Entity relationship diagrams and data flow diagrams are also included to show the database and system design.
This document presents a proposal for developing a computerized reservation system for Hotel Oak-Ray Kandy to replace their current manual system. The objectives are to save time, provide quick service for guests, and develop databases to store guest details. The current manual system requires significant effort for file security and storage. The proposed system will use a waterfall development methodology and include features like guest registration, room booking, and reservation confirmation online or by phone. It will follow design documentation practices like a context diagram, data flow diagram, use case diagram, ER diagram, and interface prototypes. The system requirements specify needed hardware, software, and security considerations.
Hotel ITM Villa aims to automate their reservation system to avoid manual and repetitive work, provide real-time room availability information, and allow guests to search for and reserve rooms online. The proposed system will use a relational database and .NET technology with a website for online booking and a point-of-sale system for front desk staff. It will generate various reports including daily revenue and occupancy, periodic sales and occupancy, and monthly commission reports to improve decision making.
This document describes an online hotel management system that allows customers to reserve hotel rooms online. It discusses the existing manual hotel reservation system and proposes a new online system. The proposed system would allow users to check availability, make reservations, and get hotel information online. It would also give administrators access to reservation details and income reports. The system would use a user module for customers and an administrator module for hotel management.
This document provides an overview of an online hotel management system project. It includes an introduction to online hotel management and the benefits it provides. The document then outlines the various sections that will be included in the project such as requirements, objectives, analysis, design, and implementation. It discusses the key modules that will be developed including booking management, payment processing, and reporting. The goals of the project are to create a web-based system that allows customers to book hotels online and for hotels to manage reservations and payments electronically.
This document provides a software requirements specification for a hotel management system. It outlines the purpose, scope, functions, users and requirements of the system. The system will allow customers to book rooms online, receptionists to manage reservations and the manager to view reports and update room information. It describes the user interfaces, software interfaces, hardware interfaces and communication interfaces. It also includes the functional requirements for registration, login, reservations, receptionist access, manager access and payment management. Non-functional requirements around performance, security, safety, capacity and availability are also specified.
this ppt shows easy way to understand ONLINE HOTEL MANGEMENTJaya0006
This document describes an online hotel management system project created by a team of students. The system allows customers to reserve hotel rooms online by checking availability and making reservations. It also allows administrators to view reservation details and daily income. Key aspects of the system covered include the existing manual process, advantages of the online system, system design using UML diagrams, and screenshots of the user interface.
This document describes an online hotel booking system. The system allows users to check availability, book rooms, and manage reservations online through a website. It has two main modules: an administrator module that can manage customer and room details and update room status, and a user module that allows users to check availability, fill out reservation forms, and receive reservation confirmations. The system was developed using ASP.NET for the front end, SQL Server 2008 for the database, and C# and HTML/CSS for programming. Entity relationship diagrams and data flow diagrams are also included to show the database and system design.
This document presents a proposal for developing a computerized reservation system for Hotel Oak-Ray Kandy to replace their current manual system. The objectives are to save time, provide quick service for guests, and develop databases to store guest details. The current manual system requires significant effort for file security and storage. The proposed system will use a waterfall development methodology and include features like guest registration, room booking, and reservation confirmation online or by phone. It will follow design documentation practices like a context diagram, data flow diagram, use case diagram, ER diagram, and interface prototypes. The system requirements specify needed hardware, software, and security considerations.
Hotel ITM Villa aims to automate their reservation system to avoid manual and repetitive work, provide real-time room availability information, and allow guests to search for and reserve rooms online. The proposed system will use a relational database and .NET technology with a website for online booking and a point-of-sale system for front desk staff. It will generate various reports including daily revenue and occupancy, periodic sales and occupancy, and monthly commission reports to improve decision making.
This document describes an online hotel management system that allows customers to reserve hotel rooms online. It discusses the existing manual hotel reservation system and proposes a new online system. The proposed system would allow users to check availability, make reservations, and get hotel information online. It would also give administrators access to reservation details and income reports. The system would use a user module for customers and an administrator module for hotel management.
This document provides an overview of an online hotel management system project. It includes an introduction to online hotel management and the benefits it provides. The document then outlines the various sections that will be included in the project such as requirements, objectives, analysis, design, and implementation. It discusses the key modules that will be developed including booking management, payment processing, and reporting. The goals of the project are to create a web-based system that allows customers to book hotels online and for hotels to manage reservations and payments electronically.
This document provides an overview of the Tourism Management System project. It includes 6 sections: Requirement Analysis, Analysis Phase, Design Phase, Development Phase, Testing Phase, and Development & Maintenance Phase. The key aspects covered include the project scope, objectives, languages used (PHP, JavaScript, HTML, CSS, MySQL), system diagrams (flowchart, class diagram, use case diagram), source code explanations, screenshots of the system interfaces (home page, login pages, etc.), problems faced during development, and planned future enhancements. The overall goal of the Tourism Management System is to help tourism companies manage customers and bookings online in an efficient manner.
The document describes an airline reservation system. It discusses problems with the existing manual system, including lack of timeliness, accuracy, and security issues. It then proposes developing a computerized airline reservation system to address these limitations. The objectives of the proposed system are outlined, such as reducing manual work, increasing accuracy and speed, and enhancing customer service. Finally, the document discusses requirement analysis and some key modules and processes of the proposed automated airline reservation system.
The document describes an online hotel management system created by a group of 6 students. It discusses the disadvantages of the existing manual hotel booking system, such as being time-consuming and prone to errors. The proposed online system would allow customers to book rooms and check availability anytime from the internet. It would also help hotel management keep digital records and see daily income reports. The system has modules for users to make bookings and administrators to manage reservations and view analytics.
The document describes a hotel reservation system created by Sundas Ilyas and Maria Amjed. The system aims to provide a user-friendly way for hotels to manage reservations and accommodate guests. It seeks to fulfill the need for an automated reservation system, provide fast and accurate customer service, and speed up transactions. The document outlines the objectives and hierarchical task analysis for windows in the system, including login, check-in, checkout, guest and room management, reservations, and discounts.
The document is a project report on developing an E-Property system for Mascot Software Services Pvt Ltd. It includes an introduction to the company, description of the existing manual property registration system and need for a new system. It also describes the scope, hardware requirements, software requirements and technologies used like ASP.NET, C# and SQL Server for developing the proposed online E-Property system.
This S.R.S deals with the basic's of hotel management system.It will show different features with different functionalities.Data Flow diagram is also mentioned With 0 and 1 Level diagram.
Tour guidance srs (Software Requirements Specification)Akalanaka Liyanage
The document provides a software requirement specification for a mobile framework that generates tour plans to adaptively guide tourists in Sri Lanka. It describes the functional and non-functional requirements of the framework, including use cases for admins to manage users and view feedback, and for users to login, register preferences, get trip suggestions, make payments, and provide feedback. ER and class diagrams are also included to model the business domain.
• Hotels are the place where you stay, eat meals and utilize their other services.
• As computer has merged with man as single entity so a computerized application can be developed that can handle Hotel Management System (HMS).
• Various activities takes place in hotel like:-
• Hotel needs to maintain the record of guests and reserve rooms beforehand.
• Customers should be able to know the availability of the rooms on a particular date.
• They should be able to reserve the available rooms according to their need in advance.
• To make their stay comfortable, they are provided with food and other services.
• The record of the food taken by each customer and the services availed by the customer should be kept.
The document proposes an online hotel management system that allows customers to reserve hotel rooms. It would have user and admin modules. The user module would allow customers to check room availability, register by filling a form, and login with a user ID and password. The admin module would allow administrators to login, check customer details and room details, and view details of reservations and daily income. The system aims to digitize the hotel booking process and provide an online platform for customers to make reservations and for administrators to manage operations.
This document describes an online hotel management system project. The proposed system allows customers to reserve hotel rooms online, check availability and view facilities. It has user and administrator modules. The user module allows customers to register, login, check availability, reserve rooms and cancel reservations. The administrator module allows managing reservations, viewing daily reservations and income. The system will be developed using PHP for the platform, MySQL for the database, and XAMPP as the web server. It provides UML diagrams including use case, sequence, activity and class diagrams to design the system.
This project is aimed at developing an online movie ticket booking system website for customers.Online movie ticket booking system is a project developed for booking movie ticket online.This project saves lots of time and reduces the work of the customer.In online movie ticket booking system booking the movie ticket can be done from anywhere and at any time(24*7).some features provided to the users are new registration,login in,see movies by category,compare ticket price and timing,Customer can book ticket online without registration but if he/she registers then he/she will get different types of special offers,e-newsletters,movie updates and lots more The user can also cancel or update their order
This document provides an overview of the project plan for developing an online hotel room booking system. It discusses the scope, objectives, and problems with the current manual system. It then describes the proposed computerized solution and outlines the tasks involved in project planning and control, including quality assurance plans, documentation standards, programming standards, and project management. It also discusses scheduling, risk management, requirements analysis, process and data modeling, testing approaches, and references. The overall aim is to develop a system that can efficiently manage all hotel activities and operations.
This document describes a proposed hostel management system. The existing manual system is time-consuming and prone to errors. The new computerized system will allow for easy access and updating of student data. It will automatically calculate bills and issue notifications. The system will have administrative functions to manage student, room, and fee details. It will generate reports. Diagrams are included that depict the system requirements, design, components, and deployment.
This document outlines a proposed tourism management system for India. It introduces India as a popular tourist destination with diverse culture, art, traditions and history. It discusses popular regions in northern and southern India that attract tourists. The problem statement notes a lack of relationship between travel agencies and customers. The objectives are to match travel services to customer priorities, build strong customer relationships, and provide accurate travel information. The plan of action includes developing the frontend and backend, connecting forms to a database, and launching the website. Data flow diagrams, use case diagrams and ER diagrams will model the system. The next steps are to code the project, add graphics and database tables, and launch the website online.
This document provides an overview of an airline reservation system project developed by students at Amrapali Group of Institute, Haldwani, India in 2017. The system allows users to view flight schedules, fares, make reservations and print tickets. It was created using PHP, CSS, HTML, JavaScript and a MySQL database to automate and simplify the booking process. The project aims to develop a user-friendly interface so anyone can book flights without computer experience. It follows a distributed client-server architecture and stores data centrally for access by users and administrators who can modify flight details. The system was tested to ensure security, reliability and adherence to database normalization standards.
This document provides an overview of a property management system. It discusses the goals of allowing owners, brokers, and builders to easily manage property records online to save time. It describes the system requirements, user characteristics including owners and customers, and key features such as searching for properties, registration of users, and updating property details. UML diagrams including class, sequence, use case and other diagrams are proposed to model the system functionality and relationships between entities. The implementation will utilize .NET and ASP.NET technologies with a SQL Server database. Testing plans are mentioned to ensure proper functionality and performance.
Travel and Tourism Management System MCA, BCA, B.Tech, B.Sc, M.ScDevendra Bhatt
This document is a project report for a tours and travels website called HillTravels.in. It discusses the development of the website which allows users to book travel packages, hotels, taxis, and other adventure services online. The report outlines the background, methodology, features, modules, designs, and requirements for the project. It was created as part of an MCA program and submitted for evaluation.
This document describes an online real estate management system project. The system allows owners to list properties online and potential tenants or buyers to search listings. It provides a platform for owners and customers to communicate directly. The system is designed with separate modules for administrators, owners, and customers. It uses a three-tier architecture with ASP.NET for the front end, MS SQL Server for the back end, and is designed using an agile methodology. Tables were created to store user, property, and other relevant data. The system was tested to ensure requirements were met before launch.
web based house rental system phaseII.docxMotiDiro1
Intel Core i5, 8GB RAM, 1TB HDD
1.5.2 Software tools
The software tools that will be used to develop the proposed system are:
Operating System: Windows 10
Front-end: HTML, CSS, JavaScript
Back-end: PHP
Database: MySQL
Modeling Tools: Visio, Dia
Text Editor: Notepad++
Browser: Google Chrome
This document proposes developing an online hostel management system to automate hostel activities like application, admission, room allocation, fees payment, and student/employee details management. The proposed system aims to reduce errors, ease data updating and record keeping compared to the existing manual paper-based system. It will allow hostel administration and students to access information efficiently through the website. The project plan outlines collecting requirements, developing the system using PHP, HTML, CSS, MySQL database on a cloud server, and testing the features like settings, application processing, and complaints management.
The document is a software requirements specification for a hotel management system. It includes sections that provide an overview and purpose, define the system scope and interfaces, describe the key functions for reservations/booking, food, and management, and outline specific functional and non-functional requirements. The system will automate major hotel operations including reservations, room assignments, food service, and reporting.
Lead Allocation System's Attribute Driven Design (ADD)Amin Bandeali
This document summarizes the Attribute Driven Design approach for a Lead Allocation System (LAS) architecture. It identifies the functional requirements, design constraints, and quality attribute requirements for LAS. It then goes through each step of the ADD process, including choosing architectural drivers, design concerns, and patterns to address the concerns. The key patterns selected include FIFO queue for performance, active redundancy for availability, and authorizing users for security. The document provides rationale for pattern selections to satisfy the architectural drivers.
This document provides an overview of the Tourism Management System project. It includes 6 sections: Requirement Analysis, Analysis Phase, Design Phase, Development Phase, Testing Phase, and Development & Maintenance Phase. The key aspects covered include the project scope, objectives, languages used (PHP, JavaScript, HTML, CSS, MySQL), system diagrams (flowchart, class diagram, use case diagram), source code explanations, screenshots of the system interfaces (home page, login pages, etc.), problems faced during development, and planned future enhancements. The overall goal of the Tourism Management System is to help tourism companies manage customers and bookings online in an efficient manner.
The document describes an airline reservation system. It discusses problems with the existing manual system, including lack of timeliness, accuracy, and security issues. It then proposes developing a computerized airline reservation system to address these limitations. The objectives of the proposed system are outlined, such as reducing manual work, increasing accuracy and speed, and enhancing customer service. Finally, the document discusses requirement analysis and some key modules and processes of the proposed automated airline reservation system.
The document describes an online hotel management system created by a group of 6 students. It discusses the disadvantages of the existing manual hotel booking system, such as being time-consuming and prone to errors. The proposed online system would allow customers to book rooms and check availability anytime from the internet. It would also help hotel management keep digital records and see daily income reports. The system has modules for users to make bookings and administrators to manage reservations and view analytics.
The document describes a hotel reservation system created by Sundas Ilyas and Maria Amjed. The system aims to provide a user-friendly way for hotels to manage reservations and accommodate guests. It seeks to fulfill the need for an automated reservation system, provide fast and accurate customer service, and speed up transactions. The document outlines the objectives and hierarchical task analysis for windows in the system, including login, check-in, checkout, guest and room management, reservations, and discounts.
The document is a project report on developing an E-Property system for Mascot Software Services Pvt Ltd. It includes an introduction to the company, description of the existing manual property registration system and need for a new system. It also describes the scope, hardware requirements, software requirements and technologies used like ASP.NET, C# and SQL Server for developing the proposed online E-Property system.
This S.R.S deals with the basic's of hotel management system.It will show different features with different functionalities.Data Flow diagram is also mentioned With 0 and 1 Level diagram.
Tour guidance srs (Software Requirements Specification)Akalanaka Liyanage
The document provides a software requirement specification for a mobile framework that generates tour plans to adaptively guide tourists in Sri Lanka. It describes the functional and non-functional requirements of the framework, including use cases for admins to manage users and view feedback, and for users to login, register preferences, get trip suggestions, make payments, and provide feedback. ER and class diagrams are also included to model the business domain.
• Hotels are the place where you stay, eat meals and utilize their other services.
• As computer has merged with man as single entity so a computerized application can be developed that can handle Hotel Management System (HMS).
• Various activities takes place in hotel like:-
• Hotel needs to maintain the record of guests and reserve rooms beforehand.
• Customers should be able to know the availability of the rooms on a particular date.
• They should be able to reserve the available rooms according to their need in advance.
• To make their stay comfortable, they are provided with food and other services.
• The record of the food taken by each customer and the services availed by the customer should be kept.
The document proposes an online hotel management system that allows customers to reserve hotel rooms. It would have user and admin modules. The user module would allow customers to check room availability, register by filling a form, and login with a user ID and password. The admin module would allow administrators to login, check customer details and room details, and view details of reservations and daily income. The system aims to digitize the hotel booking process and provide an online platform for customers to make reservations and for administrators to manage operations.
This document describes an online hotel management system project. The proposed system allows customers to reserve hotel rooms online, check availability and view facilities. It has user and administrator modules. The user module allows customers to register, login, check availability, reserve rooms and cancel reservations. The administrator module allows managing reservations, viewing daily reservations and income. The system will be developed using PHP for the platform, MySQL for the database, and XAMPP as the web server. It provides UML diagrams including use case, sequence, activity and class diagrams to design the system.
This project is aimed at developing an online movie ticket booking system website for customers.Online movie ticket booking system is a project developed for booking movie ticket online.This project saves lots of time and reduces the work of the customer.In online movie ticket booking system booking the movie ticket can be done from anywhere and at any time(24*7).some features provided to the users are new registration,login in,see movies by category,compare ticket price and timing,Customer can book ticket online without registration but if he/she registers then he/she will get different types of special offers,e-newsletters,movie updates and lots more The user can also cancel or update their order
This document provides an overview of the project plan for developing an online hotel room booking system. It discusses the scope, objectives, and problems with the current manual system. It then describes the proposed computerized solution and outlines the tasks involved in project planning and control, including quality assurance plans, documentation standards, programming standards, and project management. It also discusses scheduling, risk management, requirements analysis, process and data modeling, testing approaches, and references. The overall aim is to develop a system that can efficiently manage all hotel activities and operations.
This document describes a proposed hostel management system. The existing manual system is time-consuming and prone to errors. The new computerized system will allow for easy access and updating of student data. It will automatically calculate bills and issue notifications. The system will have administrative functions to manage student, room, and fee details. It will generate reports. Diagrams are included that depict the system requirements, design, components, and deployment.
This document outlines a proposed tourism management system for India. It introduces India as a popular tourist destination with diverse culture, art, traditions and history. It discusses popular regions in northern and southern India that attract tourists. The problem statement notes a lack of relationship between travel agencies and customers. The objectives are to match travel services to customer priorities, build strong customer relationships, and provide accurate travel information. The plan of action includes developing the frontend and backend, connecting forms to a database, and launching the website. Data flow diagrams, use case diagrams and ER diagrams will model the system. The next steps are to code the project, add graphics and database tables, and launch the website online.
This document provides an overview of an airline reservation system project developed by students at Amrapali Group of Institute, Haldwani, India in 2017. The system allows users to view flight schedules, fares, make reservations and print tickets. It was created using PHP, CSS, HTML, JavaScript and a MySQL database to automate and simplify the booking process. The project aims to develop a user-friendly interface so anyone can book flights without computer experience. It follows a distributed client-server architecture and stores data centrally for access by users and administrators who can modify flight details. The system was tested to ensure security, reliability and adherence to database normalization standards.
This document provides an overview of a property management system. It discusses the goals of allowing owners, brokers, and builders to easily manage property records online to save time. It describes the system requirements, user characteristics including owners and customers, and key features such as searching for properties, registration of users, and updating property details. UML diagrams including class, sequence, use case and other diagrams are proposed to model the system functionality and relationships between entities. The implementation will utilize .NET and ASP.NET technologies with a SQL Server database. Testing plans are mentioned to ensure proper functionality and performance.
Travel and Tourism Management System MCA, BCA, B.Tech, B.Sc, M.ScDevendra Bhatt
This document is a project report for a tours and travels website called HillTravels.in. It discusses the development of the website which allows users to book travel packages, hotels, taxis, and other adventure services online. The report outlines the background, methodology, features, modules, designs, and requirements for the project. It was created as part of an MCA program and submitted for evaluation.
This document describes an online real estate management system project. The system allows owners to list properties online and potential tenants or buyers to search listings. It provides a platform for owners and customers to communicate directly. The system is designed with separate modules for administrators, owners, and customers. It uses a three-tier architecture with ASP.NET for the front end, MS SQL Server for the back end, and is designed using an agile methodology. Tables were created to store user, property, and other relevant data. The system was tested to ensure requirements were met before launch.
web based house rental system phaseII.docxMotiDiro1
Intel Core i5, 8GB RAM, 1TB HDD
1.5.2 Software tools
The software tools that will be used to develop the proposed system are:
Operating System: Windows 10
Front-end: HTML, CSS, JavaScript
Back-end: PHP
Database: MySQL
Modeling Tools: Visio, Dia
Text Editor: Notepad++
Browser: Google Chrome
This document proposes developing an online hostel management system to automate hostel activities like application, admission, room allocation, fees payment, and student/employee details management. The proposed system aims to reduce errors, ease data updating and record keeping compared to the existing manual paper-based system. It will allow hostel administration and students to access information efficiently through the website. The project plan outlines collecting requirements, developing the system using PHP, HTML, CSS, MySQL database on a cloud server, and testing the features like settings, application processing, and complaints management.
The document is a software requirements specification for a hotel management system. It includes sections that provide an overview and purpose, define the system scope and interfaces, describe the key functions for reservations/booking, food, and management, and outline specific functional and non-functional requirements. The system will automate major hotel operations including reservations, room assignments, food service, and reporting.
Lead Allocation System's Attribute Driven Design (ADD)Amin Bandeali
This document summarizes the Attribute Driven Design approach for a Lead Allocation System (LAS) architecture. It identifies the functional requirements, design constraints, and quality attribute requirements for LAS. It then goes through each step of the ADD process, including choosing architectural drivers, design concerns, and patterns to address the concerns. The key patterns selected include FIFO queue for performance, active redundancy for availability, and authorizing users for security. The document provides rationale for pattern selections to satisfy the architectural drivers.
Requirements describe the services a software system must provide and constraints it must operate under. There are different types of requirements including functional, non-functional, and domain requirements. Functional requirements describe system services while non-functional requirements constrain the system or development process. Requirements are documented in a requirements document that defines what the system should do at a high level for users and provides more detailed specifications for developers.
This document provides a software requirements specification for a campus portal for wireless devices. It describes the overall product perspective, functions, user characteristics, and constraints. Specific requirements include external interfaces to connect wireless devices and a remote server, key functions like user authentication, adding/dropping courses, and cancelling classes. Performance requirements ensure simultaneous use by up to 2500 users. The document follows IEEE standards for SRS documents.
The document provides a software requirements specification for a prison management system with the following key features:
1. It describes the purpose, scope, definitions, references, and technologies to be used for the system.
2. The system will include modules for nominal roll, case register, release diary, parole register, duty register, and interview requests.
3. Users like administrators, police officers, and data managers will be able to view, enter, and manage prisoner data through the system.
This document provides software requirement specifications for a test case management application that synchronizes Outlook contacts with an IDoc database. It includes sections on the purpose and overview, exclusions and limitations, user characteristics, technology environment, functional requirements including installing the integration, configuring the application, marking and unmarking contacts for synchronization, mapping contact fields, and synchronizing contacts. It also covers non-functional requirements such as performance, usability, security, and documentation.
This document provides software requirement specifications for a test case management application that synchronizes Outlook contacts with an IDoc database. It includes sections on the purpose and overview, exclusions and limitations, user characteristics, technology environment, functional requirements including installing the application, configuring it with Outlook, marking and unmarking contacts for synchronization, mapping contact fields, and synchronizing contacts. It also covers non-functional requirements such as performance, usability, security, and documentation.
EPC – GSMA Trusted Service Manager Service Management Requirements and Specif...Boni
The concept of using Mobile Phones to make Mobile Contactless Payments (MCP) in a secure and convenient manner is considered to be the next
logical step in the development of mobile applications and payment services.
MCP, as described in this document, refers to a payment application residing in the Universal Integrated Circuit Card (UICC) (also known as the “SIM
Card”) within the mobile phone that employs Near Field Communication (NFC) technology.
Realising this opportunity requires a close collaboration between the key players in Mobile Communications, Payments and NFC business ecosystems,
in particular between the Mobile Network Operators (MNOs) and the Payment Services Providers acting as Issuers.
This document was jointly developed by the European Payments Council (EPC) and the GSM Association (GSMA) to define requirements and specifications for mobile contactless payment (MCP) service management in Europe. It focuses on the roles and processes involved in provisioning and managing MCP applications on the universal integrated circuit card (UICC). The key points are:
- It describes service management roles and responsibilities for mobile network operators and issuers in loading and managing MCP applications on the UICC. These roles can be fulfilled by the entities themselves or delegated to a third party trusted service manager (TSM).
- The document includes requirements to facilitate selection of multiple TSMs by network operators and issuers
This document provides requirements for a test case management application that synchronizes Outlook contacts with an IDoc database. It includes sections on purpose and scope, general description of users and the technology environment, functional requirements including installing the integration, configuring with Outlook, marking contacts for sync, mapping fields between Outlook and IDoc, and synchronizing contacts, and non-functional requirements. The document defines the purpose, scope, users, interfaces, functions, behaviors, and quality attributes of the system.
This document provides requirements for a test case management application that synchronizes Outlook contacts with an IDoc database. It includes sections on purpose and scope, general description of users and the technology environment, functional requirements including installing the integration, configuring with Outlook, marking contacts for sync, mapping fields between Outlook and IDoc, and synchronizing contacts, and non-functional requirements. The document defines the purpose, scope, users, interfaces, functions, behaviors, and quality attributes of the system.
The document provides requirements for a test case management application that syncs Outlook contacts with an IDoc database. It outlines user characteristics, the technology environment, and functional requirements including installing the client application, configuring integration with Outlook, marking contacts for sync, mapping contact fields, and synchronizing contacts. Non-functional requirements around performance, security, availability and documentation are also specified.
The document provides requirements for a test case management application that syncs Outlook contacts with an IDoc database. It outlines the purpose, overview, exclusions, assumptions, dependencies, and acceptance criteria. It describes user characteristics, the technology environment including hardware, software and external interfaces. Functional requirements are organized by use cases for installing the application, configuring Outlook integration, marking contacts for sync, mapping contact fields, and synchronizing contacts. Non-functional requirements address performance, usability, security, audit trail, and other quality attributes.
The document discusses client/server architecture. It begins with an introduction to client/server computing, describing its key characteristics. These include clients handling the presentation layer and servers managing shared resources. The document outlines the merits of client/server such as enhanced data sharing, integrated services, and location independence. Potential downsides compared to peer-to-peer networks are also noted, such as network traffic congestion. The document then covers different types of client/server architectures and servers like file servers and database servers.
Software Design Specification For Smart Internet CafeHari
This document provides a software design specification for a Smart Internet Café project. It outlines the project scope, which is to develop an application to manage an Internet café or college computer lab over Linux. It describes the system architecture, which has server and client modules. The server module manages authentication, network monitoring, and account statuses, while the client module handles login and browsing sessions. It provides details on the components and interfaces of each module and outlines design decisions around user satisfaction, server stability, and security.
This document provides a software requirements specification for an online room booking system. It includes sections that describe the purpose and scope of the system, user interfaces, system features, and other requirements. The system will allow customers to reserve hotel rooms online and manage reservations. It defines requirements for functions like viewing room details, booking rooms, and administrative management. Non-functional requirements around performance, security, and software quality are also specified.
The document discusses system requirements specification and modeling techniques. It covers topics like requirements engineering tasks, system modeling using data flow diagrams and entity relationship diagrams, behavior modeling using state transition diagrams, and combining information flow and behavior using use cases. It also discusses the characteristics of a good software requirements specification based on the IEEE 830 standard, including expressing requirements through input/output specifications, representative examples, and models. The typical contents of a software requirements specification document are also outlined.
This document discusses middleware and adaptive middleware. Middleware is software that connects other software together and provides common services like messaging and data access. Adaptive middleware can modify itself when application requirements change. It is classified based on domain of application (e.g. QoS, embedded systems, dependable systems) and type of adaptation (static or dynamic). QoS middleware focuses on applications with quality of service requirements like real-time systems.
The document provides an acknowledgement for the completion of a project titled "LAN CHAT MESSENGER (LCM)". It expresses gratitude to the project guide and head of the computer science department for their guidance and support. It also thanks the director of the institute for encouragement. Signatures from the involved teacher, head of department, and director are provided to certify that the project was completed under supervision. The document includes contents like introduction, fundamentals, software requirements specification, analysis, design, testing, snapshots of the software, future scope, and conclusion. It aims to develop a messaging software that allows users connected to the same local area network to communicate via live chat and file sharing while filtering unwanted content.
The document provides an overview of the Virtual Medical Home system. It includes:
1. An introduction that describes the Rational Unified Process methodology used and defines key terms.
2. An overall description that outlines the product perspective, software and hardware interfaces, communication methods, and constraints. It also includes entity relationship diagrams, use case models, and architecture and database designs.
3. Specific requirements including use case reports with descriptions, activity diagrams, and sequence diagrams for the key user types: patients, doctors, kiosk managers, and administrators.
4. A brief section on supporting information that lists an index.
Similar to Hotel managementsystemcorrectfinalsrs (20)
1. SWE 626 Team 2
Hotel Management System
Software Requirements Specification
Document
Prepared by
Team 1
Version: (1.1) Date: (02/11/2002)
2. Hotel Management System Software Requirements Specifications
Table of Contents
1.1 Purpose 3
1.2 Scope 3
1.3 Definitions, Acronyms, and Abbreviations. 3
1.4 Overview 3
2 The Overall Description 4
2.1 Product Perspective 4
2.1.1 Software Interfaces 4
2.2 Product Functions 4
2.3 User Characteristics 5
2.4 Apportioning of Requirements 5
2.5 Assumptions and Dependencies 5
3 Specific Requirements 6
3.1 External Interfaces 6
3.1.1 User Interfaces 6
3.1.2 Software Interfaces 6
3.1.3 Hardware Interfaces 6
3.1.4 Communication Interfaces 7
3.2 Functional Requirements 7
3.3 Nonfunctional Requirements 9
3.3.1 Performance Requirements 9
3.3.2 Logical Database Requirements 9
3.3.3 Design Constraints 10
3.3.4 Standards Compliance 10
3.3.5 Reliability 10
3.3.6 Availability 10
3.3.7 Security 10
3.3.8 Maintainability 10
3.3.9 Portability 10
4 Change Management Process 11
5 Document Approvals 11
5.1 Team One Approval 11
5.2 Team Two Approval 11
6 Supporting Information 11
Introduction
The following subsections of the Software Requirements Specifications (SRS) document
provide an overview of the entire SRS.
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3. Hotel Management System Software Requirements Specifications
1.1 Purpose
The Software Requirements Specification (SRS) will provide a detailed description
of the requirements for the Hotel Management System (HMS). This SRS will allow for a
complete understanding of what is to be expected of the HMS to be constructed. The
clear understanding of the HMS and its’ functionality will allow for the correct software to
be developed for the end user and will be used for the development of the future stages of
the project. This SRS will provide the foundation for the project. From this SRS, the
HMS can be designed, constructed, and finally tested.
This SRS will be used by the software engineers constructing the HMS and the hotel end
users. The software engineers will use the SRS to fully understand the expectations of
this HMS to construct the appropriate software. The hotel end users will be able to use
this SRS as a “test” to see if the software engineers will be constructing the system to their
expectations. If it is not to their expectations the end users can specify how it is not to
their liking and the software engineers will change the SRS to fit the end users’ needs.
1.2 Scope
The software product to be produced is a Hotel Management System which will
automate the major hotel operations. The first subsystem is a Reservation and Booking
System to keep track of reservations and room availability. The second subsystem is the
Tracking and Selling Food System that charges the current room. The third subsystem is
a General Management Services and Automated Tasks System which generates reports to
audit all hotel operations and allows modification of subsystem information. These three
subsystems’ functionality will be described in detail in section 2-Overall Description.
There are two en users for the HMS. The end users are the hotel staff (customer service
representative) and hotel managers. Both user types can access the Reservation and
Booking System and the Food Tracking and Selling System. The General Management
System will be restricted to management users.
The Hotel Management System’s objectives is to provide a system to manage a hotel that
has increased in size to a total of 100 rooms. Without automation the management of the
hotel has become an unwieldy task. The end users’ day-to-day jobs of managing a hotel
will be simplified by a considerable amount through the automated system. The system
will be able to handle many services to take care of all customers in a quick manner. The
system should be user appropriate, easy to use, provide easy recovery of errors and have
an overall end user high subjective satisfaction.
1.3 Definitions, Acronyms, and Abbreviations.
SRS – Software Requirements Specification
HMS – Hotel Management System
Subjective satisfaction – The overall satisfaction of the system
End users – The people who will be actually using the system
1.4 Overview
The SRS is organized into two main sections. The first is The Overall Description
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4. Hotel Management System Software Requirements Specifications
and the second is the Specific Requirements. The Overall Description will describe the
requirements of the HMS from a general high level perspective. The Specific
Requirements section will describe in detail the requirements of the system.
2 The Overall Description
Describes the general factors that affect the product and its requirements. This section
does not state specific requirements. Instead it provides a background for those
requirements, which are defined in section 3, and makes them easier to understand.
2.1 Product Perspective
The HMS is an independent stand–alone system. It is totally self contained.
2.1.1 Hardware Interfaces
The HMS will be placed on PC’s throughout the hotel.
2.1.1 Software Interfaces
All databases for the HMS will be configured using Oracle 8i. These databases include
hotel rooms and customers information. These can be modified by the end users. The
room database will include the room numbers and if they are vacant or occupied. The
customers information database will contain all the information of the customer such as
first name, last name, number of occupants, assigned room, default room rate(may be
changed), phone number, whether or not the room is guaranteed, credit card number,
confirmation number, automatic cancellation date, expected check in date and time, actual
check in date and time, expected check out date and time, amount owed by customer, and
abbreviated customer feedback.
2.2 Product Functions
Reservation and Booking System
• Allows for typing in customer information
• Has a default room rate that is adjustable
• Includes a description field for the changed rate
• When a customer checks in, the room number will be changed to occupied in the
database
• Ability to modify a reservation
• When no rooms are available and a customer would like to extend their reservation
their information will be placed in a database and when there are rooms available
the first customer on the list will have the room
• When a customer checks out the amount owed is displayed
• If the internal clock states that is a customer’s time to have checked out and
customer has not checked out, adds an extra night to amount owed and provides a
report
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5. Hotel Management System Software Requirements Specifications
• Records that room is vacant
• Records payment
• Allows for space to write customer’s feedback
Tracking and Selling Food System
• Tracks all meals purchased
• Charges the current room as necessary
General Management Services and Automated Tasks System
• Reports generated to audit hotel occupancy, future occupancy, room revenue, and
food revenue
• Exception reports listing exceptions to the normal cost
• Allows addition, deletion and modification of information on rooms and rates, menu
items and prices, user profiles
• Creation of users and assigning passwords
2.3 User Characteristics
Educational level of HMS computer software – Low
Experience of HMS software – None
Technical Expertise – Little
2.4 Apportioning of Requirements
The audio and visual alerts will be deferred because of low importance at this time.
2.5 Assumptions and Dependencies
- The system is not required to save generated reports.
- Credit card payments are not included
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6. Hotel Management System Software Requirements Specifications
3 Specific Requirements
This section contains all the software requirements at a level of detail, that when combined
with the system context diagram, use cases, and use case descriptions, is sufficient to
enable designers to design a system to satisfy those requirements, and testers to test that
the system satisfies those requirements.
3.1 External Interfaces
The Hotel Management System will use the standard input/output devices for a personal
computer. This includes the following:
• Keyboard
• Mouse
• Monitor
• Printer
3.1.1 User Interfaces
The User Interface Screens are described in table 1.
Table 1: Hotel Management User Interface Screens
Screen Name Description
Login Log into the system as a CSR or Manager
Reservation Retrieve button, update/save reservation, cancel reservation,
modify reservation, change reservation, adjust room rate, accept
payment type/credit card
Check-in Modify room stay (e.g., new credit card), check-in customer (with
or without a reservation), adjust room rate, special requests,
accept payment type/credit card
Checkout Checkout customer, generate bill
Hotel Payment Accept payment for room and food
Room Service/Restaurant Create order, modify order, view order, cancel order, generate
meal bill
Customer Record Add or update customer records
Administer Rooms Availability and rates
Administer User Create, modify, and delete users; change password
Administer Meals Create, modify, and delete meal items and prices
Reports Select, view, save, and delete reports
3.1.2 Software Interfaces
The system shall interface with an Oracle or Access database.
3.1.3 Hardware Interfaces
The system shall run on a Microsoft Windows based system.
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7. Hotel Management System Software Requirements Specifications
3.1.4 Communication Interfaces
The system shall be a standalone product that does not require any communication
interfaces.
3.2 Functional Requirements
Functional requirements define the fundamental actions that system must perform.
The functional requirements for the system are divided into three main categories,
Reservation/Booking, Food, and Management. For further details, refer to the use cases.
1. Reservation/Booking
1.1. The system shall record reservations.
1.2. The system shall record the customer’s first name.
1.3. The system shall record the customer’s last name.
1.4. The system shall record the number of occupants.
1.5. The system shall record the room number.
1.6. The system shall display the default room rate.
1.6.1. The system shall allow the default room rate to be changed.
1.6.2. The system shall require a comment to be entered, describing the reason
for changing the default room rate.
1.7. The system shall record the customer’s phone number.
1.8. The system shall display whether or not the room is guaranteed.
1.9. The system shall generate a unique confirmation number for each reservation.
1.10. The system shall automatically cancel non-guaranteed reservations if the
customer has not provided their credit card number by 6:00 pm on the check-in
date.
1.11. The system shall record the expected check-in date and time.
1.12. The system shall record the expected checkout date and time.
1.13. The system shall check-in customers.
1.14. The system shall allow reservations to be modified without having to reenter all the
customer inforamtion.
1.15. The system shall checkout customers.
1.15.1. The system shall display the amount owed by the customer.
1.15.2. To retrieve customer information the last name or room number shall be used
1.15.3. The system shall record that the room is empty.
1.15.4. The system shall record the payment.
1.15.5. The system shall record the payment type.
1.16. The system shall charge the customer for an extra night if they checkout after
11:00 a.m.
1.17. The system shall mark guaranteed rooms as “must pay” after 6:00 pm on the
check-in date.
1.18. The system shall record customer feedback.
2. Food
2.1. The system shall track all meals purchased in the hotel (restaurant and room service).
2.2. The system shall record payment and payment type for meals.
2.3. The system shall bill the current room if payment is not made at time of service.
2.4. The system shall accept reservations for the restaurant and room service.
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8. Hotel Management System Software Requirements Specifications
3. Management
3.1. The system shall display the hotel occupancy for a specified period of time (days;
including past, present, and future dates).
3.2. The system shall display projected occupancy for a period of time (days).
3.3. The system shall display room revenue for a specified period of time (days).
3.4. The system shall display food revenue for a specified period of time (days).
3.5. The system shall display an exception report, showing where default room and food
prices have been overridden.
3.6. The system shall allow for the addition of information, regarding rooms, rates, menu
items, prices, and user profiles.
3.7. The system shall allow for the deletion of information, regarding rooms, rates, menu
items, prices, and user profiles.
3.8. The system shall allow for the modification of information, regarding rooms, rates, menu
items, prices, and user profiles.
3.9. The system shall allow managers to assign user passwords.
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9. Hotel Management System Software Requirements Specifications
3.3 Nonfunctional Requirements
Functional requirements define the needs in terms of performance, logical database
requirements, design constraints, standards compliance, reliability, availability, security,
maintainability, and portability.
3.3.1 Performance Requirements
Performance requirements define acceptable response times for system functionality.
• The load time for user interface screens shall take no longer than two seconds.
• The log in information shall be verified within five seconds.
• Queries shall return results within five seconds.
3.3.2 Logical Database Requirements
The logical database requirements include the retention of the following data elements.
This list is not a complete list and is designed as a starting point for development.
Booking/Reservation System
• Customer first name
• Customer last name
• Customer address
• Customer phone number
• Number of occupants
• Assigned room
• Default room rate
• Rate description
• Guaranteed room (yes/no)
• Credit card number
• Confirmation number
• Automatic cancellation date
• Expected check-in date
• Expected check-in time
• Actual check-in date
• Actual check-in time
• Expected check-out date
• Expected check-out time
• Actual check-out date
• Actual check-out time
• Customer feedback
• Payment received (yes/no)
• Payment type
• Total Bill
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10. Hotel Management System Software Requirements Specifications
Food Services
• Meal
• Meal type
• Meal item
• Meal order
• Meal payment (Bill to room/Credit/Check/Cash)
3.3.3 Design Constraints
The Hotel Management System shall be a stand-alone system running in a Windows
environment. The system shall be developed using Java and an Access or Oracle database.
3.3.4 Standards Compliance
There shall be consistency in variable names within the system. The graphical user
interface shall have a consistent look and feel.
3.3.5 Reliability
Specify the factors required to establish the required reliability of the software system at
time of delivery.
3.3.6 Availability
The system shall be available during normal hotel operating hours.
3.3.7 Security
Customer Service Representatives and Managers will be able to log in to the Hotel
Management System. Customer Service Representatives will have access to the
Reservation/Booking and Food subsystems. Managers will have access to the
Management subsystem as well as the Reservation/Booking and Food subsystems. Access
to the various subsystems will be protected by a user log in screen that requires a user
name and password.
3.3.8 Maintainability
The Hotel Management System is being developed in Java. Java is an object oriented
programming language and shall be easy to maintain.
3.3.9 Portability
The Hotel Management System shall run in any Microsoft Windows environment that
contains Java Runtime and the Microsoft Access database.
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11. Hotel Management System Software Requirements Specifications
4 Change Management Process
Changes to this document may be made after approval from the project manager and the
client approval officer.
5 Document Approvals
5.1 Team One Approval
________________________ ____________
Sandra Busik/Reita Sikka Date
5.2 Team Two Approval
________________________ ____________
Lisa Ferrett Date
6 Supporting Information
A system context diagram as well as use cases and use case descriptions have been
developed in separate documents.
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