The document describes an online student portal that allows students to access all necessary information and services in one place, including interacting with administrators and other students. It outlines the scope of the portal, which allows students to manage their details, check timetables, participate in activities, communicate with others, download materials, and see updates, while administrators can design events, upload content, and communicate. Video conferencing is not included due to time limitations. The document also provides definitions and descriptions of various testing artifacts used for the portal, including test plans, traceability matrices, test cases, test scripts, test suites, test fixtures/data, and test harnesses.
Mukesh Chettri and 6 other students will develop a web application called Student-Bridge over 5 months for Lovely InfoTech as part of their academic project. The application will allow students to interact with each other and faculty through messaging, sharing placement experiences and study materials. It aims to improve communication between students of different colleges. The application will be developed using ASP.NET, C#, and SQL Server with features like user profiles, searching, discussion forums, online tests and more. The project supervisor is Mr. Gurpreet Singh from Lovely Professional University.
The objective of Student information System is to allow the administrator
of any organization to edit and find out the personal details of a student and
allows the student to keep up to date his profile .It’ll also facilitate keeping
all the records of students, such as their id, name, mailing address, phone
number, DOB etc. So all the information about an student will be available
in a few seconds.
Overall, it’ll make Student Information Management an easier job for the
administrator and the student of any organization. The main purpose of this SRS document is to illustrate the requirements of the project Student information System and is intended to help any organization to maintain and manage its student’s personal data.
The student portal system aims to address several issues with the current email-based system used at ITB for services like advertising, selling items, and lost and found. The new portal will consolidate these services onto a single online platform, allowing students to more easily browse advertisements, purchase items, and use the lost and found. It is hoped that the portal will generate revenue through paid advertising and provide a better overall experience for students.
SRS for student database management systemSuman Saurabh
This document is a software requirements specification for a student management portal being developed for LNMIIT. It outlines the purpose, scope, functions, users and operating environment of the system. The key functions are to maintain student records and grades, allow students to view their information, and give medical officers and coaches access to relevant health and sports data of students. It will be a web-based system built using Java, PHP and MySQL that can be accessed by around 20 staff, 1 administrator and 150 students concurrently.
The document provides a software requirements specification for an online university admission system. It includes sections on introduction, overall description, system requirements and analysis, and supplementary requirements. The introduction provides an overview of the current admission process and purpose of automating it. The overall description outlines the system scope, user classes and features. The requirements section specifies functionality for the user interface, student and admission views, and system requirements. The specification concludes with supplementary and non-functional requirements.
The document describes a student portal created using ASP.NET and C# for a college. The portal aims to provide students a single interface to access various services like viewing results, sending messages, managing schedules and tasks, downloading documents, and searching for faculty. It also allows administrators to add, update, and manage student information and results online. The portal was developed using tools like Visual Studio .NET, SQL Server and utilizes IIS for the web server. Future enhancements may include online fee payments, event listings, discussion forums and email integration.
The document describes an automated management system for student and faculty data. It discusses developing a computerized system to replace the current manual paper-based process. The system will use a waterfall development model and be developed in Visual Studio 2013 using ASP.NET, C#, SQL Server, and a Windows OS. Data flow diagrams and use cases are included to explain the system's processes and functions. Effort estimation is calculated at 8.8 person-months using function points analysis. Basis path testing is discussed as a method to test the system's logical complexity.
The document describes an online student portal that allows students to access all necessary information and services in one place, including interacting with administrators and other students. It outlines the scope of the portal, which allows students to manage their details, check timetables, participate in activities, communicate with others, download materials, and see updates, while administrators can design events, upload content, and communicate. Video conferencing is not included due to time limitations. The document also provides definitions and descriptions of various testing artifacts used for the portal, including test plans, traceability matrices, test cases, test scripts, test suites, test fixtures/data, and test harnesses.
Mukesh Chettri and 6 other students will develop a web application called Student-Bridge over 5 months for Lovely InfoTech as part of their academic project. The application will allow students to interact with each other and faculty through messaging, sharing placement experiences and study materials. It aims to improve communication between students of different colleges. The application will be developed using ASP.NET, C#, and SQL Server with features like user profiles, searching, discussion forums, online tests and more. The project supervisor is Mr. Gurpreet Singh from Lovely Professional University.
The objective of Student information System is to allow the administrator
of any organization to edit and find out the personal details of a student and
allows the student to keep up to date his profile .It’ll also facilitate keeping
all the records of students, such as their id, name, mailing address, phone
number, DOB etc. So all the information about an student will be available
in a few seconds.
Overall, it’ll make Student Information Management an easier job for the
administrator and the student of any organization. The main purpose of this SRS document is to illustrate the requirements of the project Student information System and is intended to help any organization to maintain and manage its student’s personal data.
The student portal system aims to address several issues with the current email-based system used at ITB for services like advertising, selling items, and lost and found. The new portal will consolidate these services onto a single online platform, allowing students to more easily browse advertisements, purchase items, and use the lost and found. It is hoped that the portal will generate revenue through paid advertising and provide a better overall experience for students.
SRS for student database management systemSuman Saurabh
This document is a software requirements specification for a student management portal being developed for LNMIIT. It outlines the purpose, scope, functions, users and operating environment of the system. The key functions are to maintain student records and grades, allow students to view their information, and give medical officers and coaches access to relevant health and sports data of students. It will be a web-based system built using Java, PHP and MySQL that can be accessed by around 20 staff, 1 administrator and 150 students concurrently.
The document provides a software requirements specification for an online university admission system. It includes sections on introduction, overall description, system requirements and analysis, and supplementary requirements. The introduction provides an overview of the current admission process and purpose of automating it. The overall description outlines the system scope, user classes and features. The requirements section specifies functionality for the user interface, student and admission views, and system requirements. The specification concludes with supplementary and non-functional requirements.
The document describes a student portal created using ASP.NET and C# for a college. The portal aims to provide students a single interface to access various services like viewing results, sending messages, managing schedules and tasks, downloading documents, and searching for faculty. It also allows administrators to add, update, and manage student information and results online. The portal was developed using tools like Visual Studio .NET, SQL Server and utilizes IIS for the web server. Future enhancements may include online fee payments, event listings, discussion forums and email integration.
The document describes an automated management system for student and faculty data. It discusses developing a computerized system to replace the current manual paper-based process. The system will use a waterfall development model and be developed in Visual Studio 2013 using ASP.NET, C#, SQL Server, and a Windows OS. Data flow diagrams and use cases are included to explain the system's processes and functions. Effort estimation is calculated at 8.8 person-months using function points analysis. Basis path testing is discussed as a method to test the system's logical complexity.
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 library management system is a web application developed in ASP.NET 2.0 using C# and SQL Server 2005. It allows librarians to perform operations like issuing books, returning books, adding members, and searching for books. The application code is organized into folders for pages, themes, code files and the database. It uses tables like USERS, SUBJECTS, MEMBERS, TITLES, ISSUES and RETURNS to manage member, book and transaction data.
This document describes an online library management system created by Bhupendra Singh Baghela, Shraddha Panwar, and Vijay Vaishnav. The system was created to automate library processes and provide services like online membership, book tracking, and reports. It uses a frontend of servlets and HTML powered by a backend database of MS Access managed through Apache Tomcat server. The system aims to reduce workload, improve information retrieval and monitoring over the previous manual system.
This document describes a student management system. It includes sections on introduction, modules, requirements, use cases, and conclusion. It describes managing student, college, and academic details. It explains how the system makes record keeping easier than a manual system. Sections provide more details on student and faculty modules, including logging in, viewing records, and downloading reports. Functions like creating, deleting, and updating student records are mentioned. The conclusion discusses security, performance, maintainability, reliability, and availability.
Design of a prototype web based students’ record management system – webstremsAlexander Decker
This document describes the design of a web-based student record management system called WEBSTREMS. The system was designed to manage student records in an efficient, flexible and reliable way. It uses a client-server architecture with role-based access. Students can update their information and register for courses, lecturers can authorize courses and update grades, and administrators can print transcripts. The system was implemented using ASP.NET, SQL Server and allows online access via a web browser. The goal is to improve management of student data and provide timely access to information for students, parents and university authorities.
The document describes a library management system project created by a group of students. It includes an acknowledgement section thanking those who provided guidance. The introduction provides an overview of the project, which uses HTML, PHP, CSS and JavaScript to develop a software system for basic library operations like adding members and books, and searching. It has four main modules: data insertion, data extraction, report generation, and search. The document also covers feasibility analysis, system requirements, existing manual system problems, proposed automated system advantages, technologies used, and a basic cost estimation.
Sims(Student Information management System)saiyadsanobar
The document describes a project report for a Student Information Management System (SIMS) for a School of Baking. It aims to automate the manual student data collection and management processes currently used. The proposed SIMS will allow online student admission forms, automatic registration numbers, trainer login for entering results, and automated report, marksheet, and certificate generation to eliminate manual work. It details the objectives, requirements, design, and screenshots of the SIMS to improve the speed and management of student records for the school.
An Online Course Registration system for Any University is to be developed with a front-end web interface and a back-end
database.
An example of the system would be BUBT Registration.
Any database system can be chosen as the back-end such as MySQL. Any web server can be chosen for the front end such as Tomcat, Glassfish etc. Any server side language can be chosen such as PHP
A Student Management System Project abstract that contains the basics needs in a student management system. It can also be used as a base to implementing your new creative ideas.
The document outlines the scope and design of a library management system. It includes sections on project purpose, scope, assumptions, functionality, specific requirements, tools/platform, resources used, design specification including entity relationship and data flow diagrams, database structure, module description, process logic, types of reports, and future scope. The system is intended to automate processes like membership registration, book issuing/returning, tracking book inventory and member records. It will leverage ASP.NET and SQL Server for development.
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.
This document provides an industrial training report on developing an online examination system in Java. It discusses the project scope, requirements analysis, system architecture, database design, software development methodology, and implementation details. The system allows institutes to host online exams and students to take exams and view results. It aims to reduce the workload of manual exam processes for both institutes and students. The report covers various system diagrams, modules for administrators and students, and solving challenges encountered during development and testing of the online exam system.
This Presentation "Course Registration System" is Implemented in Case Tools. It will Help you to develop Your Project in Technical Manner. Kindly use this presentation for your Reference. If you have any doubts in this presentation mail me baranitharan@gmail.com
This document describes a library management system project developed by students at Cochin University of Science and Technology. It includes an introduction that outlines the project aims, objectives, background and operating environment. It also includes sections on system analysis, design, implementation, testing, and conclusions. The system analysis section specifies software requirements and compares the existing system to the proposed system. It was developed using HTML, PHP and MySQL to computerize library processes and reduce issues like file loss, damage and searching difficulties.
The document describes a proposed library management system that would allow librarians and members to manage books and member accounts. It would have two main user types: librarians, who could add, delete, and update book information as well as manage member accounts and check books in/out; and members, who could view account details, borrowed books, and payment history. The document outlines relevant functional requirements like registration, login, search, and payment, as well as non-functional requirements regarding performance, security, accuracy, reliability, and maintainability. It proposes using a Model-View-Controller framework and includes class, state, and other diagrams to conceptualize the logical and physical views of the system.
Software Development Methodologies Library Management System (Part-1)Totan Banik
This document provides an overview of a presentation on software development methodologies for a library management system. It outlines the domain, actors, functional and non-functional requirements, use cases diagram, classes, class diagram, objects, and class/object relationships that will be discussed. The presentation will cover adding, updating, deleting articles and inquiring about members and articles. It will also discuss user authentication, searching and requesting articles, and checking accounts.
This document presents a student information system project by two students. It describes the system's ability to facilitate online registration, password changes, adding/dropping subjects, viewing department and fee information, and rules. It allows students to overcome long department lines. The system registration procedure involves registering unregistered students by entering details, and registered students logging in with credentials to access functions like viewing rules. A flowchart shows the registration and login processes.
The document is a project report for a Student Information System. It includes an abstract describing the system as providing an interface to maintain student records and generate various reports. It also includes sections on the introduction, objectives, functions, methodology, requirements, diagrams, screenshots, and database design of the student information system project.
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
Industrial Attachment Program (IAP) ReportAkshit Arora
Project report for IAP, project developed for automating the Industrial Attachment Program of Dept. of Mechanical Engineering at Thapar University. Developed under the guidance of Dr. Ajay Batish (Professor at Mechanical Engg. Dept, TU)
Phase 1 Documentation (Added System Req)Reinier Eiman
This document outlines the requirements for developing an Administration of Sick Notes system. It will allow lecturers and secretaries at Cape Peninsula University of Technology to store and retrieve student sick note records digitally. The system will use Java for development, NetBeans as the IDE, and an Oracle database. It will have administrator and user functions like uploading scanned sick notes and student IDs, and retrieving student records. The system architecture involves a student providing their sick note and ID to a secretary, who will scan them into the student's digital file. Lecturers can then access generated student reports on absences. The goal is to improve on the current manual paper-based system.
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 library management system is a web application developed in ASP.NET 2.0 using C# and SQL Server 2005. It allows librarians to perform operations like issuing books, returning books, adding members, and searching for books. The application code is organized into folders for pages, themes, code files and the database. It uses tables like USERS, SUBJECTS, MEMBERS, TITLES, ISSUES and RETURNS to manage member, book and transaction data.
This document describes an online library management system created by Bhupendra Singh Baghela, Shraddha Panwar, and Vijay Vaishnav. The system was created to automate library processes and provide services like online membership, book tracking, and reports. It uses a frontend of servlets and HTML powered by a backend database of MS Access managed through Apache Tomcat server. The system aims to reduce workload, improve information retrieval and monitoring over the previous manual system.
This document describes a student management system. It includes sections on introduction, modules, requirements, use cases, and conclusion. It describes managing student, college, and academic details. It explains how the system makes record keeping easier than a manual system. Sections provide more details on student and faculty modules, including logging in, viewing records, and downloading reports. Functions like creating, deleting, and updating student records are mentioned. The conclusion discusses security, performance, maintainability, reliability, and availability.
Design of a prototype web based students’ record management system – webstremsAlexander Decker
This document describes the design of a web-based student record management system called WEBSTREMS. The system was designed to manage student records in an efficient, flexible and reliable way. It uses a client-server architecture with role-based access. Students can update their information and register for courses, lecturers can authorize courses and update grades, and administrators can print transcripts. The system was implemented using ASP.NET, SQL Server and allows online access via a web browser. The goal is to improve management of student data and provide timely access to information for students, parents and university authorities.
The document describes a library management system project created by a group of students. It includes an acknowledgement section thanking those who provided guidance. The introduction provides an overview of the project, which uses HTML, PHP, CSS and JavaScript to develop a software system for basic library operations like adding members and books, and searching. It has four main modules: data insertion, data extraction, report generation, and search. The document also covers feasibility analysis, system requirements, existing manual system problems, proposed automated system advantages, technologies used, and a basic cost estimation.
Sims(Student Information management System)saiyadsanobar
The document describes a project report for a Student Information Management System (SIMS) for a School of Baking. It aims to automate the manual student data collection and management processes currently used. The proposed SIMS will allow online student admission forms, automatic registration numbers, trainer login for entering results, and automated report, marksheet, and certificate generation to eliminate manual work. It details the objectives, requirements, design, and screenshots of the SIMS to improve the speed and management of student records for the school.
An Online Course Registration system for Any University is to be developed with a front-end web interface and a back-end
database.
An example of the system would be BUBT Registration.
Any database system can be chosen as the back-end such as MySQL. Any web server can be chosen for the front end such as Tomcat, Glassfish etc. Any server side language can be chosen such as PHP
A Student Management System Project abstract that contains the basics needs in a student management system. It can also be used as a base to implementing your new creative ideas.
The document outlines the scope and design of a library management system. It includes sections on project purpose, scope, assumptions, functionality, specific requirements, tools/platform, resources used, design specification including entity relationship and data flow diagrams, database structure, module description, process logic, types of reports, and future scope. The system is intended to automate processes like membership registration, book issuing/returning, tracking book inventory and member records. It will leverage ASP.NET and SQL Server for development.
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.
This document provides an industrial training report on developing an online examination system in Java. It discusses the project scope, requirements analysis, system architecture, database design, software development methodology, and implementation details. The system allows institutes to host online exams and students to take exams and view results. It aims to reduce the workload of manual exam processes for both institutes and students. The report covers various system diagrams, modules for administrators and students, and solving challenges encountered during development and testing of the online exam system.
This Presentation "Course Registration System" is Implemented in Case Tools. It will Help you to develop Your Project in Technical Manner. Kindly use this presentation for your Reference. If you have any doubts in this presentation mail me baranitharan@gmail.com
This document describes a library management system project developed by students at Cochin University of Science and Technology. It includes an introduction that outlines the project aims, objectives, background and operating environment. It also includes sections on system analysis, design, implementation, testing, and conclusions. The system analysis section specifies software requirements and compares the existing system to the proposed system. It was developed using HTML, PHP and MySQL to computerize library processes and reduce issues like file loss, damage and searching difficulties.
The document describes a proposed library management system that would allow librarians and members to manage books and member accounts. It would have two main user types: librarians, who could add, delete, and update book information as well as manage member accounts and check books in/out; and members, who could view account details, borrowed books, and payment history. The document outlines relevant functional requirements like registration, login, search, and payment, as well as non-functional requirements regarding performance, security, accuracy, reliability, and maintainability. It proposes using a Model-View-Controller framework and includes class, state, and other diagrams to conceptualize the logical and physical views of the system.
Software Development Methodologies Library Management System (Part-1)Totan Banik
This document provides an overview of a presentation on software development methodologies for a library management system. It outlines the domain, actors, functional and non-functional requirements, use cases diagram, classes, class diagram, objects, and class/object relationships that will be discussed. The presentation will cover adding, updating, deleting articles and inquiring about members and articles. It will also discuss user authentication, searching and requesting articles, and checking accounts.
This document presents a student information system project by two students. It describes the system's ability to facilitate online registration, password changes, adding/dropping subjects, viewing department and fee information, and rules. It allows students to overcome long department lines. The system registration procedure involves registering unregistered students by entering details, and registered students logging in with credentials to access functions like viewing rules. A flowchart shows the registration and login processes.
The document is a project report for a Student Information System. It includes an abstract describing the system as providing an interface to maintain student records and generate various reports. It also includes sections on the introduction, objectives, functions, methodology, requirements, diagrams, screenshots, and database design of the student information system project.
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
Industrial Attachment Program (IAP) ReportAkshit Arora
Project report for IAP, project developed for automating the Industrial Attachment Program of Dept. of Mechanical Engineering at Thapar University. Developed under the guidance of Dr. Ajay Batish (Professor at Mechanical Engg. Dept, TU)
Phase 1 Documentation (Added System Req)Reinier Eiman
This document outlines the requirements for developing an Administration of Sick Notes system. It will allow lecturers and secretaries at Cape Peninsula University of Technology to store and retrieve student sick note records digitally. The system will use Java for development, NetBeans as the IDE, and an Oracle database. It will have administrator and user functions like uploading scanned sick notes and student IDs, and retrieving student records. The system architecture involves a student providing their sick note and ID to a secretary, who will scan them into the student's digital file. Lecturers can then access generated student reports on absences. The goal is to improve on the current manual paper-based system.
Data Gaurd Final Thesis for University in Progress (2).docxMohdKashif82
The document is a project report submitted for a master's degree in computer applications. It discusses implementing Oracle Data Guard. The report includes sections on Oracle architecture, Data Guard architecture, installing Oracle Linux and Oracle 19c, configuring a database and standby, and output from the Data Guard configuration. The student declares the work as their own and acknowledges their guide and university faculty for their support and guidance.
We have designed this website with the purpose of allowing the students to give exams and view their results. This site is an attempt to remove the existing flaws in the manual system of conducting exams.
Students are provided the flexibility to choose among different types of aptitude and programming language tests.
This document provides an overview of an online quiz project. It describes the existing manual system and need for a new automated system. It covers the scope of work, hardware and software requirements, and technologies used such as PHP, JavaScript, Apache, and Microsoft SQL Server. The proposed system will allow online exams to be conducted, questions to be added and modified, and results to be automatically calculated and stored in a database. The objectives are to provide better information to administrators, instructors and students.
This document outlines the requirements for an IET-DAVV Study Material website. The website will provide study notes, previous exam papers, syllabi, e-books and other course materials to students of IET. It will allow students to access existing materials and upload new content to help other students. The website will have a simple user interface and support access from various devices. It aims to help new students by providing easy access to study materials.
This document describes a school management system project submitted by MD Al Emran to fulfill degree requirements. The project was supervised by Dr. Sheak Rashed Haider Noori and approved by a board of examiners from Daffodil International University. The project aims to develop a computerized system to manage student and teacher data, class schedules, attendance records, and other administrative tasks to improve efficiency at schools. Key features of the system include modules for student records, teacher information, student results, notices, class allocation, attendance tracking, and report generation.
This project report describes a student faculty document sharing application created by Krishan Kant Gupta of Aryabhatta International College of Technical Education in Ajmer, Rajasthan, India. The application allows college faculty to upload documents like syllabi, timetables, notes etc for students to view and download. It was developed using Android Studio and uses SQLite database. The report discusses the development tools, techniques and technologies used like Android, SQLite and provides implementation details, limitations and future enhancements.
A Survey on Knowledge Base: An Internal Platform to Exchange Technical Questi...IRJET Journal
This document describes a survey of knowledge bases as an internal platform for organizations to exchange technical questions and answers. It discusses how knowledge bases can be developed by adding specialized knowledge to documentation and enabling knowledge sharing in a single repository. The document then reviews existing models of knowledge bases used in various domains like agriculture, security, and education. It describes how frameworks like ReactJS can be used to build user interfaces for knowledge bases. Finally, it discusses examples of knowledge bases like Stack Overflow and concludes that an internal knowledge base can reduce communication friction and help organizations quickly resolve technical issues.
This document is a project report submitted as a minor project for a bachelor's degree in computer science and engineering. It describes the development of an information system called "Information for Tutor Guardian" or i-TG. The system was created to track student academic information and make it easily accessible to staff, faculty advisors, and committee members. The document includes sections on certificates, acknowledgements, table of contents, list of figures, introduction, background/literature review, process model, design, technical details, coding, screen layouts, future enhancements, and conclusion. It was submitted by three students under the guidance of a professor from the computer science department.
Ignou MCA 4th semester mini project report. College admission system. This project is based on real working system of University seat allocation to affiliate colleges. College admission system provide seat allocation process for various UG PG programs for every academic session.
The document describes a project report for a Technical Resource Portal submitted by Juhi in partial fulfillment of a Bachelor of Technology degree. It includes declarations, certificates, an abstract, and acknowledgements related to the project. The project aims to provide an online environment for users to create, compile, debug, run, save, upload, and download programs without requiring local installation or memory space. It will use Java and JEE technologies with a MySQL database. The system design section describes the external design, physical design, logical design, and key modules for administration and user management.
The Grade Companion system is a web-based grade sheet creator for teachers at the National Institute of Technology Silchar. It allows faculty to upload exam marks and automatically generate grade sheets for all students, saving significant time over manual methods. Students can also view current and past grades online. The system aims to reduce workload for over 100 faculty members and provide grades to around 2500 students in a secured, scalable and easy-to-use manner.
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 software requirements specification for an Attendance Management System being developed for JSS Academy of Technical Education. It includes sections on introduction and purpose, general description of product functions and users, specific requirements including functional and non-functional requirements, and analysis models including sequence diagrams, data flow diagrams, and state transition diagrams. The system will allow for student registration and management of attendance, and provide reports. It is intended to help streamline administrative tasks for the educational institution.
E learning resource Locator Project Report (J2EE)Chiranjeevi Adi
This document provides an overview of an e-learning resource locator project being developed by students at Shri Dharmasthala Manjunatheshwar College of Engineering &Technology. The proposed system will allow students and professors within the Computer Science department to access and share learning materials online. Students will be able to view and download notes, presentations, and other resources. Professors can upload materials and answer student questions on discussion forums. The system is designed to make educational resources more conveniently accessible for remote learning. It will be developed using technologies like Java, J2EE, DB2 database, and NetBeans IDE.
This project is on “E-Filling System”. The purpose of the project is faster movement of files and documents through different layers of non-government and government offices. This system used to store and track electronic documents or file. It is very effective because centralized source of information, Import Security, Cost-effectiveness, improved workflow, maximized customer satisfaction, easy retrieval and flexible search. The aim of the Electronic-file System is to execute Paperless Communication system throughout the organization. Paperless Communication helps to accommodate the system smoothly and to ensure quick disposal of proposal. However, the goal of our system is not to become a slave of paper - searching for it, filing it, approved it, storing it and losing it at inconvenient times - but rather to handle paper electronically to lower its intrinsic administrative cost.
This document provides a comprehensive network development project plan for upgrading the computer systems and networks of multiple doctors' offices. The plan outlines goals of interconnecting remote offices to a central office, developing local area networks, installing servers and workstations, and implementing security, disaster recovery, and training plans. It includes a scope, deliverables, cost matrix, and security, quality assurance, test, training, and implementation plans to guide the project work.
Similar to SRS for Ph.D. Student Portal (C.S.E.D., Thapar University) (20)
The document describes the development of a low-cost Landslide and Earthquake Monitoring and Warning System (LEMWS). Key components include low-cost MEMS sensors to measure soil moisture, accelerations, and tilt. Data from the sensors is transmitted to the cloud via a microcontroller and GSM module. Thresholds for the sensors were determined through experiments. When thresholds were breached, alerts were sent by SMS. The total estimated cost for a deployment across a hill is INR 25,000, making it significantly cheaper than existing systems. The system was able to successfully detect landslides in a lab-scale experiment.
Akshit Arora is a final year computer engineering student at Thapar University in India. He has conducted research internships at IIT Mandi and IIT Delhi focused on artificial intelligence, machine learning, and data analytics. Some of his projects include developing an interactive landslide simulation tool and analyzing politician tweets to detect policy opinions. He has published papers and presented his work at several conferences. Arora is proficient in programming languages like Python and skills like data mining, machine learning, and software engineering.
Capstone Report - Industrial Attachment Program (IAP) Evaluation PortalAkshit Arora
Capstone Project Report on IAP Evaluation Portal submitted in partial fulfillment of the requirements for the award of the degree of Bachelor of Engineering in Computer Science and Engineering Department by:
Abhinav Garg (101303004), Arush Nagpal (101303034), Akshit Arora (101303012) and Chahak Gupta (101303041)
Under the supervision of:
Dr. Prashant Singh Rana, Assistant Professor, CSED (http://psrana.com) and Dr. Ajay Batish, Professor, MED (www.thapar.edu/index.php/mechanical-engineering-department/faculty?pid=153&sid=387:dr-ajay-batish)
Thapar University,
Patiala, Punjab, India - 147004.
December 2016
Organizational behavior presentation - Origins of IntelligenceAkshit Arora
Based on the following links:
http://bigthink.com/big-think-tv/the-origin-of-intelligence
https://www.ted.com/talks/simon_sinek_how_great_leaders_inspire_action
Application of Management Tools: Total Quality Management CourseAkshit Arora
This document provides an overview of several management tools used in total quality management: affinity diagrams, activity network diagrams, process decision program charts, and interrelationship diagrams. It explains the purpose and basic process for applying each tool. For affinity diagrams and activity network diagrams, example scenarios are given to demonstrate how each tool can be implemented. The document aims to communicate how these tools help with planning, organizing ideas, identifying relationships and dependencies, addressing potential problems, and ensuring project success.
A multilevel automatic thresholding method based on a genetic algorithm for a...Akshit Arora
This document summarizes a project to implement a multilevel automatic thresholding method for image segmentation based on a genetic algorithm. The method uses a genetic algorithm to initialize population of threshold values, applies genetic operators like selection, crossover and mutation to improve the threshold values at each generation, and refines the best thresholds to segment the image. The project studied this thresholding method from a research paper and implemented it in MATLAB to segment images using a genetic algorithm approach to optimization of threshold values.
This project report describes the implementation of Otsu's method for image segmentation. Otsu's method is a global thresholding technique that automatically performs image thresholding. It finds the optimal threshold to separate foreground objects from the background by minimizing intra-class variance. The report provides an overview of image segmentation and thresholding techniques. It explains Otsu's algorithm and how it maximizes between-class variance. Results of applying Otsu's method on sample images using histogram analysis, the graythresh function, and adaptive thresholding are presented. The report concludes that Otsu's method is a simple and effective approach for automatic image thresholding and segmentation.
1) The document describes a project to develop an interactive landslide simulator under the guidance of Dr. Varun Dutt at the Indian Institute of Technology Mandi between June and July 2015.
2) The project involved creating a computational model and web-based game to simulate landslides and improve public understanding of landslide risks, causes, and preparedness.
3) Key activities included analyzing historical rainfall data, developing mathematical models, implementing web technologies like PHP and MySQL, and measuring changes in user risk perception and knowledge through surveys before and after playing the game.
The document describes a computational model and web-based game to simulate landslides and their impacts. The model accounts for both natural factors like rainfall and soil type, as well as human investments in prevention. It calculates the probability of landslides based on these factors. The game allows users to invest in prevention and see the consequences. The goal is to improve public understanding of landslides and inform policy. Future work includes expanding it to be multi-player, adding languages, and making it more culturally independent.
The document describes a 6-week summer internship project to develop an interactive landslide simulator. The intern created a mathematical model to simulate landslide probability based on investment in prevention techniques and rainfall. A web-based game was developed using this model to educate people about landslides. The game allows players to invest against landslides and experience consequences of landslides through messages and imagery. The project aims to improve public understanding of landslides and support policymaking and education. Future work includes making it multiplayer, adding regional languages, and making it culture independent.
An asynchronous processor chip eliminates the global clock that governs synchronous chips. Instead, asynchronous chips use completion signals to indicate when instructions are finished and can transfer data without a clock. This allows asynchronous chips to have higher performance, better power efficiency, and smaller size than synchronous chips. A key advantage is they only activate parts consuming power and minimize wasteful power from glitches. Epson developed the first flexible 8-bit asynchronous microprocessor using low-temperature polysilicon thin-film transistors that achieved 70% lower energy use and 20dB lower electromagnetic radiation than synchronous designs.
Asynchronous Processors - The Clock less FutureAkshit Arora
The synchronous processor chips of computers use a clock to time the entire chip. But this clock is also the cause of speed and power consumption headaches. Here is how an asynchronous chip overcomes these problems by eliminating the clock altogether.
A presentation by Akshit Arora and Ankit Goyal for Computer Science Architecture (UCS401) at Thapar University, Patiala
Electric vehicle and photovoltaic advanced roles in enhancing the financial p...IJECEIAES
Climate change's impact on the planet forced the United Nations and governments to promote green energies and electric transportation. The deployments of photovoltaic (PV) and electric vehicle (EV) systems gained stronger momentum due to their numerous advantages over fossil fuel types. The advantages go beyond sustainability to reach financial support and stability. The work in this paper introduces the hybrid system between PV and EV to support industrial and commercial plants. This paper covers the theoretical framework of the proposed hybrid system including the required equation to complete the cost analysis when PV and EV are present. In addition, the proposed design diagram which sets the priorities and requirements of the system is presented. The proposed approach allows setup to advance their power stability, especially during power outages. The presented information supports researchers and plant owners to complete the necessary analysis while promoting the deployment of clean energy. The result of a case study that represents a dairy milk farmer supports the theoretical works and highlights its advanced benefits to existing plants. The short return on investment of the proposed approach supports the paper's novelty approach for the sustainable electrical system. In addition, the proposed system allows for an isolated power setup without the need for a transmission line which enhances the safety of the electrical network
A SYSTEMATIC RISK ASSESSMENT APPROACH FOR SECURING THE SMART IRRIGATION SYSTEMSIJNSA Journal
The smart irrigation system represents an innovative approach to optimize water usage in agricultural and landscaping practices. The integration of cutting-edge technologies, including sensors, actuators, and data analysis, empowers this system to provide accurate monitoring and control of irrigation processes by leveraging real-time environmental conditions. The main objective of a smart irrigation system is to optimize water efficiency, minimize expenses, and foster the adoption of sustainable water management methods. This paper conducts a systematic risk assessment by exploring the key components/assets and their functionalities in the smart irrigation system. The crucial role of sensors in gathering data on soil moisture, weather patterns, and plant well-being is emphasized in this system. These sensors enable intelligent decision-making in irrigation scheduling and water distribution, leading to enhanced water efficiency and sustainable water management practices. Actuators enable automated control of irrigation devices, ensuring precise and targeted water delivery to plants. Additionally, the paper addresses the potential threat and vulnerabilities associated with smart irrigation systems. It discusses limitations of the system, such as power constraints and computational capabilities, and calculates the potential security risks. The paper suggests possible risk treatment methods for effective secure system operation. In conclusion, the paper emphasizes the significant benefits of implementing smart irrigation systems, including improved water conservation, increased crop yield, and reduced environmental impact. Additionally, based on the security analysis conducted, the paper recommends the implementation of countermeasures and security approaches to address vulnerabilities and ensure the integrity and reliability of the system. By incorporating these measures, smart irrigation technology can revolutionize water management practices in agriculture, promoting sustainability, resource efficiency, and safeguarding against potential security threats.
6th International Conference on Machine Learning & Applications (CMLA 2024)ClaraZara1
6th International Conference on Machine Learning & Applications (CMLA 2024) will provide an excellent international forum for sharing knowledge and results in theory, methodology and applications of on Machine Learning & Applications.
KuberTENes Birthday Bash Guadalajara - K8sGPT first impressionsVictor Morales
K8sGPT is a tool that analyzes and diagnoses Kubernetes clusters. This presentation was used to share the requirements and dependencies to deploy K8sGPT in a local environment.
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
Literature Review Basics and Understanding Reference Management.pptxDr Ramhari Poudyal
Three-day training on academic research focuses on analytical tools at United Technical College, supported by the University Grant Commission, Nepal. 24-26 May 2024
SRS for Ph.D. Student Portal (C.S.E.D., Thapar University)
1. Software Requirements Specification for Ph.D. Student Portal Page i
Software Requirements
Specification
For
Ph.D. Student Portal
Version 1.0 approved
Prepared by :
Abhinav Garg (101303004)
Chahak Gupta (101303041)
Akshit Arora (101303012)
Date: 31/08/2015
2. Software Requirements Specification for Ph.D. Student Portal Page ii
Table of Contents
Table of Contents.......................................................................................................................... ii
Revision History............................................................................................................................ ii
1. Introduction..............................................................................................................................1
1.1 Purpose ........................................................................................................................................ 1
1.2 Document Conventions ............................................................................................................... 1
1.3 Intended Audience and Reading Suggestions.............................................................................. 1
1.4 Product Scope.............................................................................................................................. 1
1.5 Bibliography................................................................................................................................ 1
1.6 Feasibility Analysis ..................................................................................................................... 2
2. Overall Description..................................................................................................................3
2.1 Product Perspective ..................................................................................................................... 3
2.2 Product Functions........................................................................................................................ 3
2.3 User Classes and Characteristics ................................................................................................. 3
2.4 Operating Environment ............................................................................................................... 3
2.5 Design and Implementation Constraints...................................................................................... 4
2.6 User Documentation.................................................................................................................... 4
2.7 Assumptions and Dependencies .................................................................................................. 4
3. External Interface Requirements ...........................................................................................4
3.1 User Interfaces............................................................................................................................. 4
3.2 Hardware Interfaces..................................................................................................................... 4
3.3 Software Interfaces...................................................................................................................... 5
4. System Features .......................................................................................................................5
5. Other Nonfunctional Requirements.......................................................................................7
5.1 Performance Requirements.......................................................................................................... 7
5.2 Safety Requirements.................................................................................................................... 7
5.3 Security Requirements................................................................................................................. 7
5.4 Software Quality Attributes......................................................................................................... 7
5.5 Business Rules............................................................................................................................. 7
6. Technological Requirements...................................................................................................8
Revision History
Name Date Reason For Changes Version
3. Software Requirements Specification for Ph.D. Student Portal Page 1
1. Introduction
1.1 Purpose
In every university and college students and teachers records are maintained. It is being done
manually in many cases by filling out spreadsheets on computer or through some paper work. And if
the number of records to be maintained are huge in numbers it becomes a cumbersome and time
consuming process. Apart from this it is waste of human time and skills along with inevitable
human errors. This automation project deals with automating the records of PhD students. The
"Ph.D. Student Portal" aims at providing the faculty with the facility of maintaining the record of all
the students' performance in a few clicks, students' with their full PhD profile saving time and
minimizing human efforts. It would lead to a manifold improvement in the efficiency of student’s
record activities, thereby reducing the possibility of human errors. This tool would prove to be
instrumental in reducing the overhead for updating and calculation time for the clerical staff.
1.2 Document Conventions
The document covers the conventions as described by IEEE SRS template. The template standards
are published in “IEEE Standards Collection,” and can be downloaded from [1]
1.3 Intended Audience and Reading Suggestions
The primary objective is to have a dedicated website for the PhD student’s records which can be
accessed from anywhere at any time giving the user the convenience of not going through the
manual procedure of accessing records. Each student's semester wise performance along with the
thesis, presentation, assigned teachers' shall be accessible on website. There will be individual
folders of each student on the server where each student's mark sheet, thesis, presentation will be
kept for easy access to teachers and evaluators. Record of all the pass outs will also be available.
1.4 Product Scope
The website is currently being prepared for Thapar University's Computer Science Department but
it can be extended to any number of departments in any college or university which works under the
same structure. It would ease the process of maintaining and accessing records. Also it will help in
reducing human error. The proposed system will keep all the data in place avoiding the risk of loss
of any kind. Also as most of the work will be automated there'll be no need of manual entry
operators.
1.5 Bibliography
[1] "IEEE," [Online]. Available:
http://www.csc.villanova.edu/~tway/courses/csc4181/srs_template-1.doc.
4. Software Requirements Specification for Ph.D. Student Portal Page 2
1.6 Feasibility Analysis
Operational Feasibility
If the website/application is developed and implemented in an efficient manner, it will be
widely used across various universities where records are maintained manually on paper or
on spreadsheet.
There will be no resistance from the users as it is a project for the benefit of users. It is a
time saving and easy way for the user to find the required records related to Ph.D.
programme.
It provides simple interface for the users to operate.
Technical Feasibility
The project we are undertaking can be easily accomplished with the current equipment
(mobile phones/laptops) do not require any more equipment.
No new software technology required and existing one can be brought into use.
The available personnel as well as users will have basic knowledge of working with a
website/application.
Economic Feasibility
If the website isn’t developed or this project is not undertaken, records will be maintained on
spreadsheets or paper thus increasing the costs.
Faculty will be benefitted as their time and money will be saved. Also they have to put in
less effort to maintain records as most of the details will be entered by student.
The hardware and software costs are also minimal as already available soft wares are being
used and just a single computer is enough to develop the system.
The database being used in the system will be an open source database.
Schedule Feasibility
The scheduled feasibility of the project is about two months which will include coding and
collection of the database.
Some environmental factors like unavailability of information or if the person needs more
information about the coding could lead to extending of the scheduled date.
Legal Feasibility
The making of such an application is a legal process and is culturally acceptable, also the
legal constraints encountered will be negligible.
Copyright Issues-Mainly open source soft wares will be used so, licensing issues will be
minimum.
5. Software Requirements Specification for Ph.D. Student Portal Page 3
2. Overall Description
2.1 Product Perspective
The PPMS is a completely new, self-contained product in the existing system of Thapar University.
This product will help in easy access of PhD student's performance through the Thapar's official
website. As currently teachers currently face the problem of maintaining excel sheets and
maintaining each student's project, thesis, presentation data manually, the product will do all the
above mentioned things automatically by making a separate folder for each student at the server.
Also the accounts can be maintained by students, thus simplifying the cumbersome process.
2.2 Product Functions
The major functions that the PPMS will provide are as under:
Administrator:
Validating student accounts
Cross- verification of student details.
Evaluating performance
Students:
Registering on website
Updating their details timely
Uploading their presentations, thesis they need to submit.
Choosing subjects.
General Audience:
View the projects undertaken by the students pursuing PhD in Thapar University.
2.3 User Classes and Characteristics
The potential users for the portal are
1) Students enrolled in Ph.D. program in CSED: Role of students in the system involves
maintaining the database records corresponding to their ID.
2) Administrator: Role of the administrator involves searching, manipulating and cross-validation of
student records.
3) General Audience: It means, anyone accessing the portal website. Only search function is
available to this user.
2.4 Operating Environment
The system will work on Internet thus making it accessible from any platform either mobile or
stationary. A browser is needed to access the Internet which in turn will allow the access to the
particular website.
6. Software Requirements Specification for Ph.D. Student Portal Page 4
2.5 Design and Implementation Constraints
Number of hits on website:
Since the website will be deployed on a server, the processing power of the
server will act as a constraint on the number of simultaneous hits that the
website can take. However there is a safe assumption that at a particular time,
even at peak usage, no more than 100 people will visit the site.
Operating Platform:
The portal is a web service. It does not matter which device or operating
system the user uses to access the website. The user only needs a web
browser to access it. Also any front-end framework requirements are being
delivered by content delivery networks. Hence there are no constraints on the
operating platform.
2.6 User Documentation
The software will be accompanied with a user help section integrated in the system itself to make it
easy for new users to understand the functioning of the system. An online video tutorial shall also
be made available at the time of system delivery to further ease the process of system learning.
2.7 Assumptions and Dependencies
The project is based on the assumption that the student regularly inputs valid information into the
system.
3. External Interface Requirements
3.1 User Interfaces
The interface provides a variety of options to the users. It allows the following features:
Student Interface: It opens up after student logs in from General Audience Interface. It will contain
the following major panels:
Course Work: options for addition / deletion of course work taken up by the student.
URB Meeting: options for setting up agenda for URB meeting,
Publications: options for addition / deletion of research publication records.
Profile: options editing the profile page of the student.
Settings: Access to various student settings
Administrator interface: It opens up after administrator logs in from General Audience
Interface
Student records: Access to student information.
Faculty Records: access to faculty information.
URB Scheduling: options to handle URB meetings
Course scheduling: options to allocate courses to PhD students.
Settings: Administrator settings manipulation.
7. Software Requirements Specification for Ph.D. Student Portal Page 5
General Audience Interface
Search panel: For searching student records.
Home page: providing general information about the portal and CSED.
Login Page: Meant for opening up administrator and student interface
3.2 Hardware Interfaces
Ph.D. student portal is a website that can be assessed from any device be it a computer desktop,
laptop, tablets, phones or any other device having a NIC (Network Interface Card).
3.3 Software Interfaces
As mentioned earlier the project is a website hence can be accessed from any device. It does not
require any particular operating system to execute. All it needs is just a modern web browser (like
Safari, Firefox, and Google Chrome etc.).
4. System Features
All the features and functions are tabulated below:
No. Features Functionality Description
1. User Signup GUI shall be
required to enter
user’s (both student
and faculty) details.
The homepage would have link to signup
page. The students already registered with
university can sign up using registration
numbers provided by the university. They
can submit their personal details and set the
password to their profile. Only these users
will be able to login on the website in
future.
2. Student
Login
GUI shall be
required to view
student profile after
login
The homepage would have link to a login
page. The students can login with
passwords provided to them. The login will
enable them to view their course details and
the term wise results also. The data will be
retrieved from the relational database at the
backend.
3. Faculty
Login
GUI shall be
required to view
faculty profile after
login
The homepage would have link to a login
page. The faculty members can login with
their credentials. The login will enable them
to view details of students allotted to them
for supervision, student’s regular
performance and details of committee they
are part of.
4. Admin GUI shall be The homepage would have link to a login
8. Software Requirements Specification for Ph.D. Student Portal Page 6
login required to view and
edit details of
registered students
and faculty
members.
page. The admin would have the rights to
edit, update and monitor details of students
and other faculty members.
5. Managing
courses
GUI shall be
required to select the
courses for the
programme
undertaken by the
student.
After signing in to their accounts, students
can select the required courses as per the
guidelines of university. Grades
corresponding to all completed courses and
SGPA and CGPA will be updated every
semester.
6. Progress
Information
GUI shall be
required to show the
progress report of
each student
Progress report of a student can be viewed
in tabular format by both students and
faculty members. It will show progress in
percentage after every 6 months.
7. URB
meeting
Option shall be
required to enter the
date of next URB
meeting
Admin will have the right to enter the date
of next URB meeting for each student. This
date will be shown in profile of associated
student and faculty members.
8. Submissions GUI shall be
required for the
students to submit
their work
Students will upload their presentations
after every URB meeting. They will also
upload their thesis work in their profile
which will be viewed by faculty members
for further evaluation.
9. Marks
Updation
GUI shall be
required for the
faculty members to
upload marks.
Faculty members will upload marks of the
students under them after every submission.
The assigned marks and grades will be
shown in student’s profile.
10. Status
update
A section shall be
required to show the
status of completion
of Ph.D. for each
student.
Status of Ph.D. programme undertaken by
student from thesis submitted to thesis
completed and then to Ph.D. completed will
be updated by the admin. This information
will be shown in all the student’s profile
and all the faculty’s profile associated to
that student.
11. Course List GUI shall be
provided to view all
the courses provided
by university
All the courses along with the faculty will
be shown in list form on the website. This
list can be viewed by any non-registered
user.
9. Software Requirements Specification for Ph.D. Student Portal Page 7
5. Other Nonfunctional Requirements
5.1 Performance Requirements
• Reliability: Auxiliary storage devices must be available for backing up the data. The internet
connection in the school must be stable most of the time.
• User Interface and Human Factors: The training for using the admin panel is required to be
provided so as to prevent him/her from making errors.
• Availability: The website shall be available, up and running for 24*7 throughout the year except
due to the routine maintenance activities.
5.2 Safety Requirements
There are no specific safety requirements associated with the proposed system. The portal executes on well-
known and commonly used hardware which does not cause any safety hazards.
5.3 Security Requirements
Security is one of the points of concern in this system.
The password details that are stored in the database should be in encrypted format so that the
data cannot be read directly.
Only a registered user should be able to access the account and perform various tasks such
as updating the Ph.D. status, editing user profiles etc.
PHP functions should be used to prevent the users from entering malicious queries into the
database.
5.4 Software Quality Attributes
• Reliability
The portal should provide reliability to the user that the website will run stably with
all the features mentioned above available and executing perfectly. The server on which the
website will be deployed must be able to handle large number of hits on the website.
• Resources
PhD Portal should be designed in such a way that the query of the user can be
fulfilled with minimum number of accesses to the database thus improving speed.
6. Technological Requirements
The project makes use of the following technologies:
APACHE: It acts as the local server for testing of website during the development phase.
10. Software Requirements Specification for Ph.D. Student Portal Page 8
HTML/CSS/JAVASCRIPT: These languages will be used to develop the front end ie. the
UI of the website. AJAX might also be used to improve the user experience while browsing
the site.
PHP: It will act as the language for server side scripting. All the interactions with the server
will be done using the code written in PHP.
Database: RDBMS will be used in the system. PHP MySQL connectivity functions will be
used to link the database to the website.
Appendix A:
Glossary
UI: User Interface
CSS: Cascading Style Sheet
HTML: Hyper Text Markup Language
PHP: PHP Hypertext Preprocessor