This document presents a college web application project created by three students - Mohit Gupta, Julafsha Khatoon, and Sabhyata Singh. The project was created under the supervision of Mr. Anshuman Srivastava and submitted to the Department of Computer Applications at the Institute of Technology and Management GIDA in Gorakhpur, India. The project aims to develop a complete web application to manage all aspects of a college online in order to reduce paperwork and save time. It includes modules for student management, faculty management, library management, attendance, exams, hostels, transportation, and more.
This document outlines a blood bank management system project created by three students - Nilesh Dubey, Kishan Jaiswal, and Shiv Kumar Yadav - under the guidance of their professor Mr. Anshuman Srivastava. The project aims to computerize blood bank processes to more efficiently manage blood resources and ensure adequate blood supply. Key aspects of the project include a system model, tools used including PHP and MySQL, testing reports, and screenshots of the homepage and website images. In conclusion, the students state that the project provides flexible software to efficiently keep blood bank records and reduce human effort.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
This document introduces an online examination system created by Ankit Kumar Gupta, Vikash Verma, and Nitesh Choubey under the guidance of Anshuman sir. The system allows students to take exams online using a browser and saves answers in a database. It features automatic grading and provides immediate feedback. The system has both student-facing and admin-facing elements, allowing admins to create tests and students to login, view profiles, and log out. It was created using HTML, CSS, JavaScript, PHP and MySQL to manage questions, users, profiles and administer exams online.
This document presents a web based billing software project that was developed to automate the billing process for departmental stores using PHP and CodeIgniter, allowing owners to easily generate and manage invoices, maintain product data, and provide reports to help manage their business. The software aims to simplify billing, allow for faster payments, and help users more effectively manage business operations and accounting tasks.
The document describes a proposed voice-based email system for blind users. The system would use speech recognition to allow users to compose and send emails solely through voice commands. It would also use text-to-speech to read incoming emails aloud. The system aims to make email more accessible for blind and visually impaired users by eliminating the need to use keyboards. It could also help illiterate users. The document outlines the objectives, modules, algorithms, and technologies used in the proposed system, such as speech-to-text, text-to-speech, and interactive voice response.
This document discusses the development of an attendance system using face detection. The system would use a face recognition algorithm to identify students from images and mark them as present without needing to manually take attendance. It would save time for both students and teachers. The document outlines how the system would work, the advantages of using face detection over traditional attendance methods, potential uses of facial recognition technology, and differences between detection and recognition. References for further information are also provided.
This document presents a project on a face recognition system. It provides an abstract describing the use of biometric security systems like face detection and recognition to provide verification and identification capabilities. It then outlines the various sections that will be included in the report, such as introduction, methodology, tools/technologies, applications and future scope. The methodology section describes using an Agile development approach and details the requirements analysis, data modeling, and process modeling steps. Computer vision, image processing and machine learning tools and technologies are also listed.
This document presents a college web application project created by three students - Mohit Gupta, Julafsha Khatoon, and Sabhyata Singh. The project was created under the supervision of Mr. Anshuman Srivastava and submitted to the Department of Computer Applications at the Institute of Technology and Management GIDA in Gorakhpur, India. The project aims to develop a complete web application to manage all aspects of a college online in order to reduce paperwork and save time. It includes modules for student management, faculty management, library management, attendance, exams, hostels, transportation, and more.
This document outlines a blood bank management system project created by three students - Nilesh Dubey, Kishan Jaiswal, and Shiv Kumar Yadav - under the guidance of their professor Mr. Anshuman Srivastava. The project aims to computerize blood bank processes to more efficiently manage blood resources and ensure adequate blood supply. Key aspects of the project include a system model, tools used including PHP and MySQL, testing reports, and screenshots of the homepage and website images. In conclusion, the students state that the project provides flexible software to efficiently keep blood bank records and reduce human effort.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
This document introduces an online examination system created by Ankit Kumar Gupta, Vikash Verma, and Nitesh Choubey under the guidance of Anshuman sir. The system allows students to take exams online using a browser and saves answers in a database. It features automatic grading and provides immediate feedback. The system has both student-facing and admin-facing elements, allowing admins to create tests and students to login, view profiles, and log out. It was created using HTML, CSS, JavaScript, PHP and MySQL to manage questions, users, profiles and administer exams online.
This document presents a web based billing software project that was developed to automate the billing process for departmental stores using PHP and CodeIgniter, allowing owners to easily generate and manage invoices, maintain product data, and provide reports to help manage their business. The software aims to simplify billing, allow for faster payments, and help users more effectively manage business operations and accounting tasks.
The document describes a proposed voice-based email system for blind users. The system would use speech recognition to allow users to compose and send emails solely through voice commands. It would also use text-to-speech to read incoming emails aloud. The system aims to make email more accessible for blind and visually impaired users by eliminating the need to use keyboards. It could also help illiterate users. The document outlines the objectives, modules, algorithms, and technologies used in the proposed system, such as speech-to-text, text-to-speech, and interactive voice response.
This document discusses the development of an attendance system using face detection. The system would use a face recognition algorithm to identify students from images and mark them as present without needing to manually take attendance. It would save time for both students and teachers. The document outlines how the system would work, the advantages of using face detection over traditional attendance methods, potential uses of facial recognition technology, and differences between detection and recognition. References for further information are also provided.
This document presents a project on a face recognition system. It provides an abstract describing the use of biometric security systems like face detection and recognition to provide verification and identification capabilities. It then outlines the various sections that will be included in the report, such as introduction, methodology, tools/technologies, applications and future scope. The methodology section describes using an Agile development approach and details the requirements analysis, data modeling, and process modeling steps. Computer vision, image processing and machine learning tools and technologies are also listed.
This document describes an e-wallet mobile application created using Flutter. It provides an overview of the goals, motivation, methodology and features of the project. The application allows users to send and receive money, pay bills, book tickets and access other financial services. Firebase was used for authentication. The project aims to develop a single application for mobile transactions and payments. Flutter and Dart were chosen as the programming tools due to their cross-platform capabilities.
This document presents a food waste management system project that was created by three students. The system allows food donors to register and list excess foods that can then be requested by users like orphanages. It aims to reduce food waste by connecting those with extra foods to distribute to those in need. The project uses a web application with separate modules for administrators, donors, and users to manage listings, requests, and food redistribution. It was motivated by struggles for food access during the pandemic and has the goal of helping people in need.
This document provides an overview and summary of a Campus Recruitment Management System project created by Harshit Malviya and Abhishek Singh. The system allows for interaction between students and companies by providing students with suitable company listings and eligible students to companies. It maintains individual student records and allows online registration, requests and exams. The system has administrative, student, and company modules and uses tools like HTML, CSS, JavaScript, MySQL and PHP.
This document describes an IVR-based voice assistant project created by three students under the guidance of Anshuman sir. The project uses IVR and voice input/output to build a service desk that provides contact details for various services based on voice commands. It was motivated by a desire to create automated devices that can perform tasks based on user commands. The proposed methodology uses IVR and Python with voice input and output. The result is an easy to use voice assistant for obtaining service contact information. In conclusion, the document states that automation brings convenience to human life.
The document describes a blog management system project. The system was developed to address problems with manual blog management systems. It allows administrators to manage categories, subcategories, blogs, pages, comments, subscribers and website settings. Readers can view blogs, subscribe, and comment. The objectives are to manage blog details like ideas, entries and views more efficiently. The system was designed with admin and reader modules, and uses use case diagrams, data flow diagrams, and screenshots to illustrate its functions and interfaces. It was tested against requirements and performance standards.
This document provides an overview of a Hospital Management System project. The project aims to develop software that allows hospitals to register patients, store their details, and generate computerized bills for pharmacy and labs. The software will assign each patient a unique ID and store all patient and staff details automatically. It will use HTML, CSS, JavaScript, and PHP and include UML and DFD diagrams. The project is intended to define hospitals, record patient information, generate bills, and record patient diagnoses.
The document discusses chatbots, which are conversational agents that interact with users using natural language. It provides an overview of what chatbots are, their history from early systems like ELIZA, and how they work using pattern matching. The document also covers different approaches to chatbot design and various domains where chatbots can be applied, such as for entertainment, foreign language learning, and information retrieval. It concludes that chatbots are effective tools in several domains but cannot perfectly imitate human conversation.
The document summarizes a student project to develop a virtual mouse interface using computer vision and finger tracking. The project is divided into 5 modules: 1) basic video operations in OpenCV, 2) image processing techniques, 3) object tracking, 4) finger-tip detection, and 5) using detected finger motions to control mouse functions. Key functions demonstrated include moving the cursor, left and right clicking, dragging, brightness control, and scrolling. Evaluation of the system found finger tracking accuracy between 60-85% for different gestures. The project aims to provide an alternative input method that reduces hardware needs and workspace.
This document describes a rental management system project created by three students - Himanshu Mishra, Mukesh Kumar Chaurasiya, and Yogesh Kumar Gupta - under the supervision of Mr. Anshuman Srivastava. The system was created to help owners and renters easily find housing by providing a common online platform. It includes modules for administration, owners to list properties, and renters to search listings and contact owners. The system aims to save time for students seeking housing and make the rental process more efficient. It was developed using languages like HTML, CSS, PHP, and databases like MySQL.
This document describes a banking management system project that aims to develop a computerized system to manage all the operations of a bank. The project aims to maintain customer financial transaction records, generate transaction details, allow editing or deleting customer accounts as needed, and keep staff and customer details. It addresses issues with non-computerized systems like file loss, damage, and difficult searching. The expected results are a computerized system that allows easy management of customer accounts, records, and execution of customer functions. The system requirements and tools used are also outlined, including Java Swing, MySQL, and XAMPP server.
This document describes an e-wallet mobile application created using Flutter. It provides an overview of the goals, motivation, methodology and features of the project. The application allows users to send and receive money, pay bills, book tickets and access other financial services. Firebase was used for authentication. The project aims to develop a single application for mobile transactions and payments. Flutter and Dart were chosen as the programming tools due to their cross-platform capabilities.
This document presents a food waste management system project that was created by three students. The system allows food donors to register and list excess foods that can then be requested by users like orphanages. It aims to reduce food waste by connecting those with extra foods to distribute to those in need. The project uses a web application with separate modules for administrators, donors, and users to manage listings, requests, and food redistribution. It was motivated by struggles for food access during the pandemic and has the goal of helping people in need.
This document provides an overview and summary of a Campus Recruitment Management System project created by Harshit Malviya and Abhishek Singh. The system allows for interaction between students and companies by providing students with suitable company listings and eligible students to companies. It maintains individual student records and allows online registration, requests and exams. The system has administrative, student, and company modules and uses tools like HTML, CSS, JavaScript, MySQL and PHP.
This document describes an IVR-based voice assistant project created by three students under the guidance of Anshuman sir. The project uses IVR and voice input/output to build a service desk that provides contact details for various services based on voice commands. It was motivated by a desire to create automated devices that can perform tasks based on user commands. The proposed methodology uses IVR and Python with voice input and output. The result is an easy to use voice assistant for obtaining service contact information. In conclusion, the document states that automation brings convenience to human life.
The document describes a blog management system project. The system was developed to address problems with manual blog management systems. It allows administrators to manage categories, subcategories, blogs, pages, comments, subscribers and website settings. Readers can view blogs, subscribe, and comment. The objectives are to manage blog details like ideas, entries and views more efficiently. The system was designed with admin and reader modules, and uses use case diagrams, data flow diagrams, and screenshots to illustrate its functions and interfaces. It was tested against requirements and performance standards.
This document provides an overview of a Hospital Management System project. The project aims to develop software that allows hospitals to register patients, store their details, and generate computerized bills for pharmacy and labs. The software will assign each patient a unique ID and store all patient and staff details automatically. It will use HTML, CSS, JavaScript, and PHP and include UML and DFD diagrams. The project is intended to define hospitals, record patient information, generate bills, and record patient diagnoses.
The document discusses chatbots, which are conversational agents that interact with users using natural language. It provides an overview of what chatbots are, their history from early systems like ELIZA, and how they work using pattern matching. The document also covers different approaches to chatbot design and various domains where chatbots can be applied, such as for entertainment, foreign language learning, and information retrieval. It concludes that chatbots are effective tools in several domains but cannot perfectly imitate human conversation.
The document summarizes a student project to develop a virtual mouse interface using computer vision and finger tracking. The project is divided into 5 modules: 1) basic video operations in OpenCV, 2) image processing techniques, 3) object tracking, 4) finger-tip detection, and 5) using detected finger motions to control mouse functions. Key functions demonstrated include moving the cursor, left and right clicking, dragging, brightness control, and scrolling. Evaluation of the system found finger tracking accuracy between 60-85% for different gestures. The project aims to provide an alternative input method that reduces hardware needs and workspace.
This document describes a rental management system project created by three students - Himanshu Mishra, Mukesh Kumar Chaurasiya, and Yogesh Kumar Gupta - under the supervision of Mr. Anshuman Srivastava. The system was created to help owners and renters easily find housing by providing a common online platform. It includes modules for administration, owners to list properties, and renters to search listings and contact owners. The system aims to save time for students seeking housing and make the rental process more efficient. It was developed using languages like HTML, CSS, PHP, and databases like MySQL.
This document describes a banking management system project that aims to develop a computerized system to manage all the operations of a bank. The project aims to maintain customer financial transaction records, generate transaction details, allow editing or deleting customer accounts as needed, and keep staff and customer details. It addresses issues with non-computerized systems like file loss, damage, and difficult searching. The expected results are a computerized system that allows easy management of customer accounts, records, and execution of customer functions. The system requirements and tools used are also outlined, including Java Swing, MySQL, and XAMPP server.
2. Introduction
• This system “ONLINE CARS SALES MANAGEMENT SYSTEM” allows
providing vehicle for service. If customer got any problem with his
vehicle based on guarantee card they are providing services
• The real power of this project lies not in direct selling of
products, but in the creation of tighter relationships with customers
and delivering of a high level of service and support, which in turn
improves organization sales and its goodwill. A service organization
is a business entity that takes care of servicing a customer instrument
in the after sales domain. As the number of customers and size of
operations increases, the organization divides the geographical area
into service areas and branch locations, to allow Engineers to be
more responsive to the customer-needs.
3. Modules
• In this module we are Registration the username ,password contact
no and vehicle no ,warranty and branch no’ are user creations.
• Service Charges:-
• In this module we are Registered the Customer Name, Vehicle no, Parts
and Servicing Charges as well as Paying the money.
• Submission Module;-
• In this module the dealer is handover to the Customer and before
registering the Customer name ,Vehicle info and Contact details
• Maintenance Order Registration and Warranties
4. System Specifications
• HARDWARE REQUIREMENTS:
• Pentium processor : 233 MHZ
• RAM Capacity : 512MB
• Hard Disk : 20GB (minimum)
• Dot Matrix,Laser Jet Printer.
• Compatable flash drive or external Hard disk
5. • Operating System : Windows 7
• Technology : Java script,Netbeans IDE,Css,Jquery,Jboss
application sever V6.0
• Web Technologies : My SQL-Connector-Java
• Web Server : e.g.Mozilla Firefox ,Chrome,Flock etc,
• Database : MS SQL Server 2008
• Language : C#(C Sharp)
Software Requirements: -
9. Class diagram
M aintain ing
V ehicle d etails
Maintaing
S ervic ing Car
User registration
v no:int
vnam e: char
adders : char
country:cha r
state: char
contact:int
pancardno:int
Update:Cardetails()
delete:cardetails()
Sea rc huser()
View user()
S ervicingCa r
V id:int
V nam e:char
c ountry:char
c ontactno:int
A m ount:int
pancardno:int
S tate;Char
U pdate:Cardetails()
delete:C ardetails()
S earchuse
C lass diagram