This document provides an architectural overview of the C-Registration System developed by Wylie College to support online course registration. It includes 4 views: use case view, logical view, process view, and deployment view. The use case view describes the key use cases such as registering for courses, maintaining student information, and submitting grades. The logical view shows the system divided into 3 packages - user interface, business services, and business objects. The business services package controls interactions with external systems like the billing system.
This document is a software requirements specification (SRS) for an unnamed project. It provides an overview of the project, describes key user classes and system features, outlines functional and non-functional requirements, and defines interfaces and other aspects of scope. The SRS establishes a common understanding of system requirements between stakeholders to guide project development and acceptance.
This document provides an architectural overview of the IEEE Montreal Web Portal system using the 4+1 architectural view model. It describes the purpose, scope, definitions, and references. It then outlines the use case, logical, process, deployment, and implementation views to illustrate different aspects of the system's architecture according to the 4+1 view model. The views are described at a high level based on the provided template.
This document provides a software design description for a web application to help university students select keywords for their final year projects. The application architecture includes components for students to select keywords, administrators to manage keywords and student access, and a database to store information. The design aims to provide students with better information to make informed choices about their project topics.
This document provides a design overview of the Web Accessible Alumni Database software. It includes deployment diagrams, architectural designs, data structure details, use case realizations, and interface designs. The system allows alumni to complete surveys, add and update their entries, and search for other alumni to email. It consists of a web server and client using HTML and JSP. The designated faculty member can make changes to surveys, collected data fields, and email capabilities.
This document provides an overview of the proposed Android Blood Bank system. It describes the system architecture, which includes use case diagrams for users, admins, and blood banks. It also includes sequence diagrams showing interactions like user registration and blood requests. The data design section outlines the structured design and data transformations. It includes data dictionaries describing the structures for admins, blood banks, and blood requests.
The document describes the architectural design process for a Library Circulation System. It includes 4 steps: 1) Representing the system context, 2) Defining archetypes, 3) Refining the architecture into components, and 4) Describing system instantiations. It then covers the component design process, including identifying classes, elaborating classes, describing data sources, and developing behavioral representations. Finally, it discusses the user interface design process, including analyzing users and tasks.
The document provides a template for a Software Design Document (SDD) that describes the architecture and design of a software system. The SDD template includes sections for an introduction, system overview, system architecture, data design, component design, human interface design, requirements matrix, and appendices. The system architecture section further breaks down the system into subsystems and modules and explains how they interact. The data and component design sections describe how data structures and algorithms implement the required functionality.
This document is a software requirements specification (SRS) for an unnamed project. It provides an overview of the project, describes key user classes and system features, outlines functional and non-functional requirements, and defines interfaces and other aspects of scope. The SRS establishes a common understanding of system requirements between stakeholders to guide project development and acceptance.
This document provides an architectural overview of the IEEE Montreal Web Portal system using the 4+1 architectural view model. It describes the purpose, scope, definitions, and references. It then outlines the use case, logical, process, deployment, and implementation views to illustrate different aspects of the system's architecture according to the 4+1 view model. The views are described at a high level based on the provided template.
This document provides a software design description for a web application to help university students select keywords for their final year projects. The application architecture includes components for students to select keywords, administrators to manage keywords and student access, and a database to store information. The design aims to provide students with better information to make informed choices about their project topics.
This document provides a design overview of the Web Accessible Alumni Database software. It includes deployment diagrams, architectural designs, data structure details, use case realizations, and interface designs. The system allows alumni to complete surveys, add and update their entries, and search for other alumni to email. It consists of a web server and client using HTML and JSP. The designated faculty member can make changes to surveys, collected data fields, and email capabilities.
This document provides an overview of the proposed Android Blood Bank system. It describes the system architecture, which includes use case diagrams for users, admins, and blood banks. It also includes sequence diagrams showing interactions like user registration and blood requests. The data design section outlines the structured design and data transformations. It includes data dictionaries describing the structures for admins, blood banks, and blood requests.
The document describes the architectural design process for a Library Circulation System. It includes 4 steps: 1) Representing the system context, 2) Defining archetypes, 3) Refining the architecture into components, and 4) Describing system instantiations. It then covers the component design process, including identifying classes, elaborating classes, describing data sources, and developing behavioral representations. Finally, it discusses the user interface design process, including analyzing users and tasks.
The document provides a template for a Software Design Document (SDD) that describes the architecture and design of a software system. The SDD template includes sections for an introduction, system overview, system architecture, data design, component design, human interface design, requirements matrix, and appendices. The system architecture section further breaks down the system into subsystems and modules and explains how they interact. The data and component design sections describe how data structures and algorithms implement the required functionality.
The document is a software requirements specification (SRS) for a new online booking system for Cool Ski Resorts. It provides an overview of the project, outlines the system features and user requirements. Key aspects include: allowing customers to book rooms, equipment and classes online; managing inventory, payments and financial reports; and improving work efficiency for staff. The system is intended to digitize current paper-based processes and provide a better experience for customers.
The document provides a software requirements specification (SRS) for a library management system. It includes sections on the purpose and scope of the system, user requirements, system functions, and design constraints. The system will allow librarians to manage the library catalog and user accounts, and allow users to search for books, view their accounts, and borrow books. It will be a web-based system compatible with major browsers that integrates with a Microsoft SQL database. Non-functional requirements like security, performance and error handling are also addressed.
The document provides a design specification for a sports score system with speech recognition capabilities. It includes a high-level overview of the system architecture with four main subsystems: a server application, client application, sports score database, and dialog database. The document then describes each subsystem and component in more detail, including interfaces, data flows, and design considerations.
This document provides a summary of requirements for a Library Management System. It includes 3 sections:
1. Introduction - Defines the purpose, scope and intended audience of the system which is to manage library processes like book borrowing online.
2. Overall Description - Outlines key product functions for administrators and users, the operating environment, user characteristics and design constraints.
3. External Interfaces - Specifies the user interface requirements including login, search and categories. Hardware and software interfaces are also listed.
The document provides a high-level overview of the essential functions, behaviors and non-functional requirements for the library management software.
Wants to view the record of all students
Pre-Conditions The records of students are already added in the database.
Post-Conditions The record of all students is presented in tabular form.
Main Success Scenario 1. Admin selects the menu option to view record of all students.
2. LMS presents the record of all students in tabular form.
Alternative Flows: None
Technology Online web access is supported.
Special Requirements In case of high latency the response time may exceed up to 1 minute.
The System can support Urdu English and French language.
Open Issues If the site
This document provides a summary of requirements for a course management system. It describes the purpose and scope of the system, which is to provide an e-learning platform for university courses. It outlines key functions like creating and managing courses, grading, homework submissions, group management, and online quizzes. The document also describes system interfaces, performance requirements, and software attributes around security, reliability, and scalability. Overall, the summary provides high-level context and outlines essential functional and technical specifications for the course management system.
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.
This document outlines the business requirements for enhancements to an unnamed system driven by an unnamed initiative. It includes sections on the purpose, contacts, requirements gathering process, business background, objectives, current and desired future processes, functional and non-functional requirements, assumptions and dependencies. The requirements focus on improving existing processes and include priorities, success criteria and technical details.
The document provides an overview of a software requirements specification for a Personal Medical Record (PMR) mobile application designed for the Motorola Droid phone. The PMR app will allow users to store, access, and comment on their medical records from their phone. Medical records will be stored on a central database and the app will download the latest records from the server. The document outlines the purpose, scope, definitions, organization, description of key functions and user characteristics, constraints, assumptions, and specific requirements of the PMR app.
Final srs of academic a webpage based android apppreeta sinha
This document provides a summary of the requirements for an academic android application. It includes sections on product perspective, user characteristics, and specific functional and non-functional requirements. The application would allow students, faculty, and staff of a university to access notifications, exam schedules, events, marks and other academic information. It describes modules for administration, student and faculty login and management of data like events, messages, staff and student details. Requirements around reliability, availability, security, maintainability and portability are also specified.
This document provides a template for a Software Requirements Specification (SRS) document. It outlines the typical sections included in an SRS, including an introduction, overall description of the system, specific requirements, and additional sections for change management, approvals, and supporting information. The template offers explanatory comments and examples of the types of information that would be included in each section to help specify the requirements for a software project.
The document discusses requirements analysis, which involves understanding customer needs and expectations for a proposed system. Requirements analysis is necessary to ensure projects align with business goals and specifications. The requirements analysis process includes identifying system boundaries, customers, eliciting requirements through stakeholder interviews, analyzing requirements, documenting requirements in a specification, and managing evolving requirements. An effective software requirements specification establishes agreement between customers and developers on system functionality.
This document provides a software requirements specification for a medical store management system. The system aims to automate the manual record keeping process for medical stores to maintain product stock, accounting, and customer information. Key features include inventory management, sales tracking, accounting, and reporting. The system is intended to ease the workload of medical store professionals by digitizing important transaction records and business processes. It will be developed using Java and a SQL server database and include functionality for user login, data entry, searches, and backups.
sofware requirement specification document on smart phone app locker, it completelyfollows the IEEE Standard of HEC (Higher Education Commission) of Pakistan.
This document outlines the development of a web portal student information system. It will include modules for administration, students, and login. The administration module will allow adding, updating, and deleting students, as well as generating notices, attendance records, and results. The student module will allow viewing profiles, notices, attendance, results, fees, and contacting a helpdesk. The project will use Microsoft SQL Server for the database, and be developed in Java, JSP, Servlets, and HTML. It defines assumptions around software use and end user characteristics.
This document outlines the requirements for an e-learning software system called E-Guru Yantra. It will allow students to access study materials uploaded by teachers, including notes, videos, images and slides. The system will have separate interfaces for students, teachers and administrators. Teachers can upload content and students can download materials. The system is intended to provide virtual education by making all content accessible online through any web browser from anywhere. It aims to reduce costs and make the sharing of content more efficient compared to physical distribution of materials.
UML component diagrams describe software components and their dependencies. A component represents a modular and replaceable unit with well-defined interfaces. Component diagrams show the organization and dependencies between components using interfaces, dependencies, ports, and connectors. They can show both the external view of a component's interfaces as well as its internal structure by nesting other components or classes.
This document outlines the details of a department website project created by three students. It includes:
- The team members and internal guide for the project.
- An overview of the project including its scope, modules, users, and technologies used (PHP, MySQL, WAMP server).
- Analysis sections including the need for the system, flow diagrams, and UML diagrams.
- A data dictionary outlining the tables and fields in the database including tables for students, faculty, courses, subjects, exams, feedback, and more.
This document provides a software requirements specification for a College Management System (CMS) being developed for an engineering college. It describes the purpose, scope, user characteristics, functional and technical requirements of the CMS. The CMS will be a web-based intranet application that allows students, staff and administrators to access information related to attendance, marks, feedback, library resources and more. It provides context level, user level and system level details of the CMS through use case diagrams, interaction diagrams, data flow diagrams and database tables.
The document is a software requirements specification (SRS) for a new online booking system for Cool Ski Resorts. It provides an overview of the project, outlines the system features and user requirements. Key aspects include: allowing customers to book rooms, equipment and classes online; managing inventory, payments and financial reports; and improving work efficiency for staff. The system is intended to digitize current paper-based processes and provide a better experience for customers.
The document provides a software requirements specification (SRS) for a library management system. It includes sections on the purpose and scope of the system, user requirements, system functions, and design constraints. The system will allow librarians to manage the library catalog and user accounts, and allow users to search for books, view their accounts, and borrow books. It will be a web-based system compatible with major browsers that integrates with a Microsoft SQL database. Non-functional requirements like security, performance and error handling are also addressed.
The document provides a design specification for a sports score system with speech recognition capabilities. It includes a high-level overview of the system architecture with four main subsystems: a server application, client application, sports score database, and dialog database. The document then describes each subsystem and component in more detail, including interfaces, data flows, and design considerations.
This document provides a summary of requirements for a Library Management System. It includes 3 sections:
1. Introduction - Defines the purpose, scope and intended audience of the system which is to manage library processes like book borrowing online.
2. Overall Description - Outlines key product functions for administrators and users, the operating environment, user characteristics and design constraints.
3. External Interfaces - Specifies the user interface requirements including login, search and categories. Hardware and software interfaces are also listed.
The document provides a high-level overview of the essential functions, behaviors and non-functional requirements for the library management software.
Wants to view the record of all students
Pre-Conditions The records of students are already added in the database.
Post-Conditions The record of all students is presented in tabular form.
Main Success Scenario 1. Admin selects the menu option to view record of all students.
2. LMS presents the record of all students in tabular form.
Alternative Flows: None
Technology Online web access is supported.
Special Requirements In case of high latency the response time may exceed up to 1 minute.
The System can support Urdu English and French language.
Open Issues If the site
This document provides a summary of requirements for a course management system. It describes the purpose and scope of the system, which is to provide an e-learning platform for university courses. It outlines key functions like creating and managing courses, grading, homework submissions, group management, and online quizzes. The document also describes system interfaces, performance requirements, and software attributes around security, reliability, and scalability. Overall, the summary provides high-level context and outlines essential functional and technical specifications for the course management system.
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.
This document outlines the business requirements for enhancements to an unnamed system driven by an unnamed initiative. It includes sections on the purpose, contacts, requirements gathering process, business background, objectives, current and desired future processes, functional and non-functional requirements, assumptions and dependencies. The requirements focus on improving existing processes and include priorities, success criteria and technical details.
The document provides an overview of a software requirements specification for a Personal Medical Record (PMR) mobile application designed for the Motorola Droid phone. The PMR app will allow users to store, access, and comment on their medical records from their phone. Medical records will be stored on a central database and the app will download the latest records from the server. The document outlines the purpose, scope, definitions, organization, description of key functions and user characteristics, constraints, assumptions, and specific requirements of the PMR app.
Final srs of academic a webpage based android apppreeta sinha
This document provides a summary of the requirements for an academic android application. It includes sections on product perspective, user characteristics, and specific functional and non-functional requirements. The application would allow students, faculty, and staff of a university to access notifications, exam schedules, events, marks and other academic information. It describes modules for administration, student and faculty login and management of data like events, messages, staff and student details. Requirements around reliability, availability, security, maintainability and portability are also specified.
This document provides a template for a Software Requirements Specification (SRS) document. It outlines the typical sections included in an SRS, including an introduction, overall description of the system, specific requirements, and additional sections for change management, approvals, and supporting information. The template offers explanatory comments and examples of the types of information that would be included in each section to help specify the requirements for a software project.
The document discusses requirements analysis, which involves understanding customer needs and expectations for a proposed system. Requirements analysis is necessary to ensure projects align with business goals and specifications. The requirements analysis process includes identifying system boundaries, customers, eliciting requirements through stakeholder interviews, analyzing requirements, documenting requirements in a specification, and managing evolving requirements. An effective software requirements specification establishes agreement between customers and developers on system functionality.
This document provides a software requirements specification for a medical store management system. The system aims to automate the manual record keeping process for medical stores to maintain product stock, accounting, and customer information. Key features include inventory management, sales tracking, accounting, and reporting. The system is intended to ease the workload of medical store professionals by digitizing important transaction records and business processes. It will be developed using Java and a SQL server database and include functionality for user login, data entry, searches, and backups.
sofware requirement specification document on smart phone app locker, it completelyfollows the IEEE Standard of HEC (Higher Education Commission) of Pakistan.
This document outlines the development of a web portal student information system. It will include modules for administration, students, and login. The administration module will allow adding, updating, and deleting students, as well as generating notices, attendance records, and results. The student module will allow viewing profiles, notices, attendance, results, fees, and contacting a helpdesk. The project will use Microsoft SQL Server for the database, and be developed in Java, JSP, Servlets, and HTML. It defines assumptions around software use and end user characteristics.
This document outlines the requirements for an e-learning software system called E-Guru Yantra. It will allow students to access study materials uploaded by teachers, including notes, videos, images and slides. The system will have separate interfaces for students, teachers and administrators. Teachers can upload content and students can download materials. The system is intended to provide virtual education by making all content accessible online through any web browser from anywhere. It aims to reduce costs and make the sharing of content more efficient compared to physical distribution of materials.
UML component diagrams describe software components and their dependencies. A component represents a modular and replaceable unit with well-defined interfaces. Component diagrams show the organization and dependencies between components using interfaces, dependencies, ports, and connectors. They can show both the external view of a component's interfaces as well as its internal structure by nesting other components or classes.
This document outlines the details of a department website project created by three students. It includes:
- The team members and internal guide for the project.
- An overview of the project including its scope, modules, users, and technologies used (PHP, MySQL, WAMP server).
- Analysis sections including the need for the system, flow diagrams, and UML diagrams.
- A data dictionary outlining the tables and fields in the database including tables for students, faculty, courses, subjects, exams, feedback, and more.
This document provides a software requirements specification for a College Management System (CMS) being developed for an engineering college. It describes the purpose, scope, user characteristics, functional and technical requirements of the CMS. The CMS will be a web-based intranet application that allows students, staff and administrators to access information related to attendance, marks, feedback, library resources and more. It provides context level, user level and system level details of the CMS through use case diagrams, interaction diagrams, data flow diagrams and database tables.
A Research Paper On College Management SystemTony Lisko
This document provides a software requirements specification for a College Management System (CMS) being developed for an engineering college. It describes the purpose, scope, user characteristics, functional and technical requirements of the CMS. The CMS will be a web-based intranet application that allows students, staff and administrators to access information related to attendance, marks, feedback, library resources and more. It provides context level, user level and system level details of the CMS through use case diagrams, interaction diagrams, data flow diagrams and database tables.
University management System project report..pdfKamal Acharya
N-Grade deals with the maintenance of university, department, faculty, student information within the university. N-Grade is an automation system, which is used to store the department, faculty, student, courses and information of a university.
Starting from registration of a new student in the university, it maintains all the details regarding the attendance and marks of the students. The project deals with retrieval of information through an INTRANET based campus wide portal. It collects related information from all the departments of an organization and maintains files, which are used to generate reports in various forms to measure individual and overall performance of the students.
Student Name CourseCIS339Session (month, year)032019.docxcpatriciarpatricia
Student Name:
Course:
CIS339
Session (month, year):
03/2019
Object-Oriented System Analysis and Design
The School of Prosperity
Student Records System (SRS)
Week1—System Request3
Week2—Use Case Diagram AND Use Cases Descriptions5
Week3—Class Diagram AND CRC Cards9
Week4—Sequence, Communication, and State Machine Diagrams15
Week5—Package Diagram19
Week6—Method Contract AND Method Specification21
Week7—Object-Oriented Application Coding24
Week 1—System Request
1
Use this system request template and complete the SRS system request.
System Request—
Project sponsor:
School of Prosperity (SoP)
Business Need:
The existing desktop system will be upgraded to web-based application and this system will be used to maintain records of students, courses, classes, and student registration and grades.
Business Requirements:
The system is capable of having the following functonalities:
· Accessibility over the Internet
· Maintains records of school students
· Maintains records of courses offered by school
· Maintain records of classes offered of the above courses (both online and face-to-face classes)
· Students registration system is included as well
Business Value:
Conservative estimates of tangible value to the company include:
· The SRS will enable the school to continue the expansion of its student population and to effectively manage the expansion
· Eliminate many school staff hours re-entering paper form student registrations by allowing the students to self-register
· Make the system easy to access from anywhere there is an Internet connection and a web browser
Special Issues or Constraints:
· The SRS must be able to handle both online and face-to-face class offerings
· The system must be accessible over the Internet to both school staff and students each with appropriate permissions
· The SRS must try to integrate with and re-use existing desktop application code and database as much as possible to reduce development cost
2
Validate and verify that your system request addresses the SRS Preliminary Planning Overview.
The business need area explains what the SoP is requiring the system to operate. The business requirements consist of what the system must be able to handle and the expectations of the system (once it’s completed). The business value breaks down the details of information that the new system will save on both staff hours and finances for the school. The issues area give problems that could exist once the system is implemented.
3
Explain how you completed your work, the decisions you made to arrive at your conclusions, and the lessons you learned.
I, carefully, read the SRS Preliminary Planning Overview and highlighted the important business needs that the SRS system is to meet. I then started to complete the various sections of the System Request Form and while doing so, I referred back to the SRS overview document to confirm my conclusions and understanding. The result of this iterative process is the current Syste.
This document introduces an academic campus automation software called DAS-ERP developed by Multifacet Softwares Systems Pvt Ltd. DAS-ERP is a web-based software that automates all academic and administrative functions of a university including admissions, registration, fee collection, student information management, timetables, attendance, assessments, and more. It incorporates features from academic ERP systems used by IIT Kanpur and is designed to provide transparency, efficiency and real-time information to stakeholders.
IRJET - College Event Management SystemIRJET Journal
This document describes a college event management system that was developed to more easily manage information about college events like technical festivals, sports events, workshops, and other programs. The previous manual paper-based system for recording this information was difficult to use, prone to errors, and time-consuming. The new web-based system allows both students and administrators to easily access, search, and update information about upcoming events and student participation. It includes features like online registration, viewing the event schedule and participation statistics, and allows administrators to manage the event database. The system uses a client-server architecture with MySQL database backend and is designed to more efficiently organize and report on college event information.
IRJET- Institute Based ERP System and Timetable GeneratorIRJET Journal
The document proposes developing an institute based ERP system and timetable generator to more efficiently manage student, faculty, course, and department data for engineering and medical colleges. The proposed system would integrate all college modules and functionalities into a centralized database accessible by administrators, students, and faculty. It also describes developing an automatic timetable generator to simplify the difficult task of scheduling classes and faculty assignments.
IRJET- Secure Pinboard Information Shared By Sha-AlgorithmIRJET Journal
The document proposes a secure pinboard system to automate activities at a college. The proposed system would allow administrators, faculty, and students to access notifications, results, the library, and other information online. It aims to reduce paperwork and the time spent managing records. The system would use SHA encryption to securely share information. It is described as having modules for administration, login, student and faculty management, notifications, results, the library, and more. The system is said to provide accurate, up-to-date information remotely while reducing workload.
The document describes a project report for a Student Information Management System. The system allows education institutes to easily maintain student records by solving problems with manual systems where information is scattered and redundant. The project aims to strengthen students' technical skills by having them complete a project according to university guidelines. Key features of the system include student registration, attendance tracking, timetable generation, and report generation. It was developed using technologies like HTML, PHP and allows authorized users to securely access and update student information.
IRJET - College Recommendation System using Machine LearningIRJET Journal
The document proposes a college recommendation system using machine learning that would help students select the best suitable colleges for admission based on their details and previous admission data. It describes designing a web application with admin and student modules, where the admin can manage college data and the student can register, view college recommendations and profiles. The system uses a C4.5 decision tree algorithm to accurately predict colleges where a student is likely to gain admission.
Student and Teacher Oriented System (SATOS)IRJET Journal
This document describes a Student and Teacher Oriented System (SATOS) that was developed to facilitate online communication between teachers and students at a university. The system allows students to apply for leaves and gate passes, and teachers to manage student information, apply for their own leaves, and more. It features secure login accounts and restricted access. The system aims to digitize processes like leave applications and student records management to reduce workload, save time, and minimize human error compared to traditional manual methods. It provides tailored interfaces for different user types like students, teachers, class teachers, heads of department, office staff, and the principal. The system is intended to help maintain records and discipline within the organization more efficiently.
Online course register system project report.pdfKamal Acharya
Student course registration process in colleges involve filling registration forms manually, getting it signed by respective subject teachers, and then getting the documents acknowledged from the concerned Advisors, College Deans and Accounts Officers respectively. Finally the registration forms are submitted in the Administrative Branch. As is evident, this process is very laborious and time consuming. An Online Student Course Registration System has been developed to simplify the current manual procedure. This system has been developed using PHP and MySQL. The front-end is designed using PHP with excerpts of code written using and back-end is designed and managed through MySQL. This system software is more secured, user-friendly and less time-consuming. Basically, systems are implemented for facilitating complex manual processes and that is exactly what we are trying to achieve. System is implemented as per user requirement such as a manufacturing concern may install a plant for easing out manual processes. We have sought help from computer programming for automation of manual registration system. With the introduction of computers, every aspect of our lives has been revolutionized. When used judiciously, computers can help us save time, secure our personal information, access the required information whenever and wherever required. Keeping all these positive points in mind, we have developed an Online Student Course Registration System for easily managing the semester registration process for the student in an institution. Ours is an advisory based system. In state agricultural universities the course allocation is advisory based and more complicated. The courses are assigned according to the skill set and industry requirements. Hence, in current scenario, automated system is required for course registration of students.
This document describes a College Management System project that aims to automate college operations and store information electronically. It discusses developing the system using C++ to create and maintain records like courses, students, fees, examinations, library and employees. Data will be stored in files and accessed through a user-friendly interface. The system seeks to address issues with the previous manual process and enhance functions like searching, reporting and data access across the college.
This document summarizes a web-based exam result analysis system that was developed to simplify the process of analyzing student exam results for colleges. The system takes student exam results from an excel file as input. It then displays the results in a sorted manner according to student rank. It also allows students to check and convert their marks between SGPA, CGPA, and percentage scales. The system has modules for administration, faculty, students, exam results, and posting college announcements. It aims to automate exam result analysis tasks that were previously done manually, reducing time and effort for faculty.
The document describes a College Management System that aims to automate all functions of a college and provide detailed reports to management. It allows easy manipulation of student and staff data. The system provides a structure for the college campus and departments, synchronizing their work. It manages student, faculty, department, marks, and extracurricular activity data. The system uses modules for login, forms, reports and a graphical user interface. Forms are used to register students, enter fees, marks, IDs, employee details and salaries. Reports provide filtered student, employee, course and other data.
IRJET- Web-Based System for Creation and Management of Multiple Choices based...IRJET Journal
The document describes the design and implementation of a web-based quiz maker and management system (QMMS) for educational organizations. The system allows administrators to manage user and organizational data, teachers to create multiple choice quizzes and questionnaires by adding questions to banks and assigning them to students, and students to take assigned quizzes and view their results. The system was developed using C# ASP.net and SQL Server database. It follows a waterfall model of requirements analysis, design, implementation, testing and maintenance. The system aims to facilitate continuous evaluation of students and feedback through automated quizzes and questionnaires.
The document provides an architectural overview of the Center Management System. It includes 4 views: use case, logical, process, and deployment. The logical view focuses on packages, flow diagrams for key use cases like login, student registration and enrollment, and architecture patterns. The architecture uses a layered pattern with packages for presentation, business logic, and data access.
IRJET- Paper on Proposed System for Managing Viva ExaminationsIRJET Journal
This document proposes a system to manage viva examinations more efficiently through automation. The current manual process of creating viva timetables is time-consuming and error-prone. The proposed system would generate timetables, assign classrooms and professors, and ensure there are no conflicts in the schedule. It would also send notifications, collect feedback, and calculate professor remuneration. The system aims to optimize the timetable creation process, reduce errors, improve coordination between departments, and help institutions with large student populations manage vivas more effectively.
Sejarah perkembangan teknologi informasi (komputer)Haidar Arya
Teknologi informasi telah berkembang pesat dari alat manual hingga komputer digital modern. Dokumen ini membahas empat era perkembangan teknologi komputer serta perkembangan alat pengolah data dari manual, mekanik, mekanik elektronik, hingga elektronik. Juga dibahas kelima generasi komputer beserta ciri khas masing-masing.
How to Create a Stage or a Pipeline in Odoo 17 CRMCeline George
Using CRM module, we can manage and keep track of all new leads and opportunities in one location. It helps to manage your sales pipeline with customizable stages. In this slide let’s discuss how to create a stage or pipeline inside the CRM module in odoo 17.
How to Create User Notification in Odoo 17Celine George
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Cross-Cultural Leadership and CommunicationMattVassar1
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This session represents an opportunity for the author to reflect on a volume he has just finished editing entitled Decolonizing UDL and to highlight and share insights into the key innovations, promising practices, and calls for change, originating from the Global South and Indigenous Communities, that have woven the canvas of this book. The session seeks to create a space for critical dialogue, for the challenging of existing power dynamics within the UDL scholarship, and for the emergence of transformative voices from underrepresented communities. The workshop will use the UDL principles scrupulously to engage participants in diverse ways (challenging single story approaches to the narrative that surrounds UDL implementation) , as well as offer multiple means of action and expression for them to gain ownership over the key themes and concerns of the session (by encouraging a broad range of interventions, contributions, and stances).
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Information and Communication Technology in EducationMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 2)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐈𝐂𝐓 𝐢𝐧 𝐞𝐝𝐮𝐜𝐚𝐭𝐢𝐨𝐧:
Students will be able to explain the role and impact of Information and Communication Technology (ICT) in education. They will understand how ICT tools, such as computers, the internet, and educational software, enhance learning and teaching processes. By exploring various ICT applications, students will recognize how these technologies facilitate access to information, improve communication, support collaboration, and enable personalized learning experiences.
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐫𝐞𝐥𝐢𝐚𝐛𝐥𝐞 𝐬𝐨𝐮𝐫𝐜𝐞𝐬 𝐨𝐧 𝐭𝐡𝐞 𝐢𝐧𝐭𝐞𝐫𝐧𝐞𝐭:
-Students will be able to discuss what constitutes reliable sources on the internet. They will learn to identify key characteristics of trustworthy information, such as credibility, accuracy, and authority. By examining different types of online sources, students will develop skills to evaluate the reliability of websites and content, ensuring they can distinguish between reputable information and misinformation.
Brand Guideline of Bashundhara A4 Paper - 2024khabri85
It outlines the basic identity elements such as symbol, logotype, colors, and typefaces. It provides examples of applying the identity to materials like letterhead, business cards, reports, folders, and websites.
2. Table of Contents
1. Introduction
1.1 Purpose
1.2 Scope
1.3 Definitions, Acronyms and Abbreviations
1.4 References
2. Architectural Representation
3. Architectural Goals and Constraints
4. Use-Case View
4.1 Architecturally-Significant Use Cases
5. Logical View
5.1 Architecture Overview – Package and Subsystem Layering
6. Process View
6.1 Processes
6.2 Process to Design Elements
6.3 Process Model to Design Model Dependencies
6.4 Processes to the Implementation
7. Deployment View
7.1 External Desktop PC
7.2 Desktop PC
7.3 Registration Server
7.4 Course Catalog
7.5 Billing System
8. Size and Performance
9. Quality
3. Software Architecture Document
1. Introduction
1.1 Purpose
This document provides a comprehensive architectural overview of the system,using a number of
different architectural views to depict different aspects ofthe system.It is intended to capture and
convey the significant architectural decisions which have been made on the system.
1.2 Scope
This Software Architecture Document provides an architectural overview of the C-Registration System.
The C-Registration System is being developed by Wylie College to support online course registration.
This Document has been generated directly from the C-Registration Analysis & Design Model
implemented in Rose. The majority of the sections have been extracted from the Rose Model using
SoDA and the Software Architecture Document template.
1.3 Definitions, Acronyms and Abbreviations
See the Glossary [4].
1.4 References
Applicable references are:
1. Course Billing Interface Specification, WC93332, 1985, Wylie College Press.
2. Course Catalog Database Specification, WC93422, 1985, Wylie College Press.
3. Vision Document of the C-Registration System, WyIT387, V1.0, 1998, Wylie College IT.
4. Glossary for the C-Registration System, WyIT406, V2.0, 1999, Wylie College IT.
5. Use Case Spec - Close Registration, WyIT403, V2.0, 1999, Wylie College IT.
6. Use Case Spec – Login, WyIT401, V2.0, 1999, Wylie College IT.
7. Use Case Spec - Maintain Professor Info, WyIT407, Version 2.0, 1999, Wylie College IT.
8. Use Case Spec - Register for Courses, WyIT402, Version 2.0, 1999, Wylie College IT.
9. Use Case Spec - Select Courses to Teach, WyIT405, Version 2.0, 1999, Wylie College IT.
10. Use Case Spec - Maintain Student Info, WyIT408, Version 2.0, 1999, Wylie College IT.
11. Use Case Spec - Submit Grades, WyIT409, Version 2.0, 1999, Wylie College IT.
12. Use Case Spec - View Report Card, WyIT410, Version 2.0, 1999, Wylie College IT.
13. Software Development Plan for the C-Registration System, WyIT418, V1.0, 1999, Wylie
College IT.
14. E1 Iteration Plan, WyIT420, V1.0, 1999, Wylie College IT.
15. Supplementary Specification, WyIT400, V1.0, 1999, Wylie College, IT.
2. Architectural Representation
This document presents the architecture as a series of views; use case view, logical view, process view
and deployment view. There is no separate implementation view described in this document. These are
views on an underlying Unified Modeling Language (UML) model developed using Rational Rose.
4. 3. Architectural Goals and Constraints
There are some key requirements and systemconstraints that have a significant bearing on the architecture.
They are:
1. The existing legacy Course Catalog Systemat Wylie College must be accessed to retrieve all
course information for the current semester. The C-Registration System must support the data
formats and DBMS of the legacy Course Catalog System [2].
2. The existing legacy Billing System at Wylie College must be interfaced with to support billing of
students.This interface is defined in the Course Billing Interface Specification [1].
3. All student,professor,and Registrar functionality must be available from both local campus PCs
and remote PCs with internet dial up connections.
4. The C-Registration System must ensure complete protection of data from unauthorized access.All
remote accesses are subject to user identification and password control.
5. The C-Registration System will be implemented as a client-server system. The client portion
resides on PCs and the server portion must operate on the Wylie College UNIX Server. [3]
6. All performance and loading requirements, as stipulated in the Vision Document [3] and the
Supplementary Specification [15], must be taken into consideration as the architecture is being
developed.
4. Use-Case View
A description of the use-case view of the software architecture. The Use Case View is important input to the
selection of the set of scenarios and/or use cases that are the focus of an iteration. It describes the set of
scenarios and/oruse cases that represent some significant, central functionality. It also describes the set of
scenarios and/oruse cases that have a substantialarchitectural coverage (that exercise many architectural
elements) or that stress orillustrate a specific, delicate point of the architecture.
The C-Registration use cases are:
- Login
- Register for Courses
- Maintain Student Information
- Maintain Professor Information
- Select Courses to Teach
- Submit Grades
- View Report Card
- Close Registration.
These use cases are initiated by the student,professor,or the registrar actors. In addition, interaction with
external actors; Course Catalog and Billing System occur.
4.1 Architecturally-Significant Use Cases
5. Diagram Name: Architecturally Significant Use-Cases
4.1.1 Close Registration
Brief Description:This use case allows a Registrar to close the registration process.Course
offerings that do not have enough students are cancelled. Course offerings must have a
minimum of three students in them. The billing systemis notified for each student in each
course offering that is not cancelled, so the student can be billed for the course offering. The
main actor of this use case is the Registrar. The Billing System is an actor involved within this
use case.
4.1.2 Login
Brief Description:This use case describes how a userlogs into the Course Registration System.
The actors starting this use case are Student, Professor, and Registrar.
4.1.3 Maintain Professor Information
6. Brief Description:This use case allows the registrar to maintain professorinformation in the
registration system. This includes adding, modifying, and deleting profess ors from the system.
The actor of this use case is the Registrar.
4.1.4 Select Courses to Teach
Brief Description:This use case allows a professorto select the course offerings (date- and
time- specific courses will be given) from the course catalog for the courses that he/she is
eligible for and wishes to teach in the upcoming semester. The actor starting this use case is the
Professor. The Course Catalog System is an actor within the use case.
4.1.5 Register for Courses
Brief Description:This use case allows a student to registerfor courses in the current semester.
The student can also modify or delete course selections if changes are made within the
add/drop period at the beginning of the semester. The Billing System is notified of all
registration updates.The Course Catalog provides a list of all the course offerings for the
current semester. The main actor of this use case is the student.The Course Catalog System is
an actor within the use case.
4.1.6 View Report Card
Brief Description:This use case allows a student to view his/her report card for the previously
completed semester. The student is the actor of this use case.
4.1.7 Submit Grades
Brief Description:This use case allows a professorto submit student grades for one or more
classes completed in the previous semester. The actor in this use case is the Professor.
4.1.8 Maintain Student Information
Brief Description:This use case allows the registrar to maintain student information in the
registration system. This includes adding, modifying, and deleting students fromthe system.
The actor for this use case is the Registrar.
5. Logical View
A description of the logical view of the architecture. Describes the most important classes,their
organization in service packages and subsystems,and the organization of these subsystems into layers.
Also describes the most important use-case realizations, for example, the dynamic aspects ofthe
architecture. Class diagrams may be included to illustrate the relationships between architecturally
significant classes,subsystems,packages and layers.
The logical view of the course registration systemis comprised of the 3 main packages: User Interface,
Business Services, and Business Objects.
The User Interface Package contains classes for each of the forms that the actors use to communicate
with the System. Boundary classes exist to support login, maintaining of schedules,maintaining of
professorinfo, selecting courses,submitting grades,maintaining student info, closing registration, and
viewing report cards.
The Business Services Package contains control classes for interfacing with the billing system,
controlling student registration,and managing the student evaluation.
7. The Business Objects Package includes entity classes for the university artifacts (i.e. course offering,
schedule)and boundary classes for the interface with the Course Catalog System.
5.1 Architecture Overview – Package and Subsystem Layering
5.1.1 Application
layer
This application layer has all the boundary classes that represent the application screens that
the usersees.This layer depends upon the Process Objects layer; that straddles the separation
of the client from mid-tier.
5.1.2 Business Services
layer
The Business Services process layer has all the controller classes that represent the use case
managers that drive the application behavior. This layer represents the client-to-mid-tier
border. The Business Services layer depends upon the Process Objects layer; that straddles the
separation of the client from mid-tier.
8. 5.1.3 Middleware
layer
The Middleware layer supports access to Relational DBMS and OODBMS.
5.1.4 Base Reuse
The Base Reuse package includes classes to support list functions and patterns.
6. Process View
A description of the process view of the architecture. Describes the tasks (processes and threads)
involved in the system's execution, their interactions and configurations. Also describes the allocation
of objects and classes to tasks.
The Process Model illustrates the course registration classes organized as executable processes.
Processes exist to support student registration,professorfunctions,registration closing, and access to
the external Billing System and Course Catalog System.
9. 6.1 Processes
Diagram Name: Processes
6.1.1 CourseCatalogSystemAccess
This process manages access to the legacy Course Catalog System. It can be shared by multiple
users registering for courses.This allows for a cache of recently retrieved courses and offerings
to improve performance.
The separate threads within the CourseCatalog process,CourseCache and OfferingCache are
used to asynchronously retrieve items from the legacy system.
Analysis Mechanisms:
- Legacy Interface
Requirements Traceability:
10. - Design Constraints: The systemshall integrate with existing legacy system(course catalog
database).
6.1.2 CourseCatalog
The unabbridged catalog of all courses and course offerings offered by the university including
those from previous semesters.
This class acts as an adapter(see the Gamma pattern). It works to makes sure the
CourseCatalogSystem can be accessed through the ICourseCatalog interface to the subsystem.
6.1.3 CourseRegistrationProcess
There is one instance of this process for each student that is currently registering for courses.
6.1.4 RegistrationController
This supports the use case allowing a student to register for courses in the current semester.
The student can also modify or delete course selections if changes are made within the
add/drop period at the beginning of the semester.
Analysis Mechanisms:
- Distribution
6.1.5 StudentApplication
Manages the student functionality, including userinterface processing and coordination with
the business processes.
There is one instance of this process for each student that is currently registering for courses.
6.1.6 MainStudentForm
Controls the interface of the Student application. Controls the family of forms that the Student
uses.
6.1.7 BillingSystemAccess
This process communicates with the external Billing System to initiate student billing.
11. 6.1.8 CloseRegistrationProcess
The Close Registration process is initiated at the end of the registration time period. This
process communicates with the process controlling access to the Billing System.
6.1.9 BillingSystem
The Billing System supports the submitting of student bills for the courses registered for by the
student for the current semester.
Analysis Mechanisms:
- Legacy Interface
6.1.10 CloseRegistrationController
The Close Registration Controller controls access to the Billing System.
Analysis Mechanisms:
- Distribution
12. 6.2 Process to Design
Elements
Diagram Name: Process to Design Elements
6.2.1 CourseCache
The Course Cache thread is used to asynchronously retrieve items from the legacy Course Catalog System.
6.2.2 OfferingCache
The OfferingCashe thread is used to asynchronously retrieve items from the legacy Course Catalog System.
6.2.3 Course
A class offered by the university.
Analysis Mechanisms:
- Persistency
13. - Legacy Interface
6.2.4 CourseOffering
A specific offering for a course, including days of the week and times.
Analysis Mechanisms:
- Persistency
- Legacy Interface
6.3 Process Model to Design Model Dependencies
14. Diagram Name: Process Model to Design Model Dependencies
6.4 Processes to the Implementation
Diagram Name: Processes to the Implementation
6.4.1 Remote
* The Remote interface serves to identify all remote objects. Any object that is a remote object
must directly or indirectly implement this interface. Only those methods specified in a remote
interface are available remotely.
* Implementation classes can implement any number of remote interfaces and can extend other
remote implementation classes.
6.4.2 Runnable
15. * The Runnable interface should be implemented by any class whose instances are intended to
be executed by a thread. The class must define a method of no arguments called run.
* This interface is designed to provide a common protocol for objects that wish to execute code
while they are active. For example, Runnable is implemented by class Thread.
* Being active simply means that a thread has been started and has not yet been stopped.
6.4.3 Thread
* A thread is a thread of execution in a program. The Java Virtual Machine allows an
application to have multiple threads of execution running concurrently.
* Every thread has a priority. Threads with higher priority are executed in preference to threads
with lower priority. Each thread may or may not also be marked as a daemon. When code
running in some thread creates a new Thread object, the new thread has its priority initially set
equal to the priority of the creating thread, and is a daemon thread if and only if the creating
thread is a daemon.
7. Deployment View
A description of the deployment view of the architecture Describes the various physical nodes for the
most typical platform configurations. Also describes the allocation of tasks (from the Process View) to
the physicalnodes.
This section is organized by physical network configuration; each such configuration is illustrated by a
deployment diagram, followed by a mapping of processes to each processor.
16. Diagram Name: Deployment View
7.1 External Desktop PC
Students register for courses using external desktop PCs which are connected to the College Server
via internet dial up.
7.2 Desktop PC
Students register for courses via local Desktop PCs that are connected directly to the College Server
via LAN. These local PCs are also used by professors to select course and submit student grades.
The Registrar uses these local PCs to maintain student and professorinformation.
7.3 Registration Server
The Registration Server is the main campus UNIX Server. All faculty and students have access to
the Server through the campus LAN.
7.4 Course Catalog
The Course Catalog System is a legacy systemthat contains the complete course catalog. Access to
it is available via the College Server and LAN.
7.5 Billing System
The Billing System (also called the Finance System) is a legacy systemthat generates the student bills
each semester.
17. 8. Size and Performance
The chosen software architecture supports the key sizing and timing requirements, as
stipulated in the Supplementary Specification [15]:
1. The systemshall support up to 2000 simultaneous users against the central database at any
given time, and up to 500 simultaneous users against the local servers at any one time.
2. The systemshall provide access to the legacy course catalog database with no more than a 10
second latency.
3. The systemmust be able to complete 80% of all transactions within 2 minutes.
4. The client portion shall require less than 20 MB disk space and 32 MB RAM.
The selected architecture supports the sizing and timing requirements through the
implementation of a client-server architecture. The client portion is implemented on
local campus PCs or remote dial up PCs. The components have been designed to
ensure that minimal disk and memory requirements are needed on the PC client
portion.
9. Quality
The software architecture supports the quality requirements, as stipulated in the Supplementary
Specification [15]:
1. The desktop user-interface shall be Windows 95/98 compliant.
2. The user interface of the C-Registration Systemshall be designed for ease-of-use and shall be
appropriate for a computer-literate user community with no additional training on the System.
3. Each feature of the C-Registration System shall have built-in online help for the user. Online
Help shall include step by step instructions on using the System. Online Help shall include
definitions for terms and acronymns.
4. The C-Registration System shall be available 24 hours a day, 7 days a week. There shall be no
more than 4% down time.
5. Mean Time Between Failures shall exceed 300 hours.
6. Upgrades to the PC client portion of C-Registration shall be downloadable from the UNIX
Server over the internet. This feature enables students to have easy access to systemupgrades.
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