Tools used 3. Languages  PHP  HTML  CSS  BOOTSTRAP  MYSQL 4. Program  Home.php  Connect.php 5.

A document by Kamal Acharya. Click on the document to view its contents.

The system focuses on automation of conventional training and placement management system. This system can be used as an application for the Training & Placement Officers in the college to manage the student information with regard to placement and providing assistance using the assistance portal where students can post their query to the TPO and coordinators. Providing Student login helping them to update their personal and educational information in a form which will be added to the database and upload a resume and providing them with preparation materials for placements. An additional feature of the portal is a Company Tab which will be providing assistance to the companies to shortlist the students as per their eligibility criteria. It reduces the manual work and consumes less paperwork to reduce the time. Front end of the system is developed with the help of CSS, Bootstrap, and HTML. Backend of this system will be managed with the help of PHP, Android and XML. Database management of this system will be done with the help of MYSQL database. Online Training and Placement system automates activities of Training and placement cell and place the best coordination between student. It provide student community to use collective intelligence to increase selection ratio and eases out process of creation of management information automatically. Online Training and Placement focuses on automation of placement cell. Authorizing the CV, communicating about the various job openings to the student community, managing the corporate relationship for inviting them for the placements as well other activities, monitoring the progress of the selection process and communicating with different users.

This project is a clinic management system that will be used to solve the current problems that facing by the local clinic in Malaysia. Clinic Management System is a web-based platform system. The main objectives of this project is to improve the business process of the clinic in Malaysia by using the information technology and also

The recent proliferation of portable computers, the advent of personal digital assistants (PDAs) and continuing advances in computer networking all point to a future in which mobility of both users and computing system elements will be standard. However, these developments also invalidate many of the assumptions made by current system software, which has been built for stationary systems and users. An important component of system software that needs to looked at afresh is the file system. A user should be able to access the files he or she needs regardless of location. Although existing research efforts do provide some support for this, there are significant deficiencies that need to be remedied. We propose two related designs to address these problems. The first exploits the unique property of a PDA that it can accompany its owner at all times by using it to carry files of most immediate need to him or her. The second makes use of the recently proposed idea of a computing persona.

The purpose of the Clothes store management system is to use the existing manual systems with the help of computer equipment and complete computer software to meet their expectations that their valuable data/information is archived for a longer period of time with easy access and manipulation. The necessary software and hardware are readily available and easy to use. The clothing store management system described above can result in an error free, safe, reliable and fast management system. This can help the user focus on other activities rather than record keeping. Therefore, the system will help the organization to make better use of their resources. The organization can maintain IT records without redundant entries. This means that you don't have to be distracted by irrelevant information and still reach the top. The goal is to automate their existing manual system with computer equipment and full computer software to meet their needs, allowing them to store valuable data/information for a longer period of time with easy access and manipulation. The project describes how to manage to achieve good performance and better customer service.

Company Visitor Management System deals with the security provided at company premises from the unauthenticated or unwanted visitors. Nowadays, in most organizations Visitor management consists of visitors scribbling their name in a paper book. Instead, Company Visitor Management System will assist you the professionalized way in which you welcome your visitors. This software is a complete Visitor Management service to improve the efficiency, productivity, security. This is the project which keep records of visitors who visited in the company. CVMS has one module i.e admin. Dashboard: In this sections, admin can briefly view how many visitors visited in a particular period. Visitors: In this section, admin adds new visitors by filling their information in add visitors sections and also view and manage visitors records. Admin also put visitors out time in the manage records section. Search: In this bar, admin can search a particular person by their name and phone number. Reports: In this section admin can generate visitors reports between two dates. Admin can also update his profile, change password and recover password.

TRAINING AND PLACEMENT CELL is a web based application developed in the windows platform for the training and placement department of the college in order to provide the details of its students in a database for the companies to their process of recruitment provided with a proper login. The TRAINING AND PLACEMENT CELL contains all the information about the students. The system stores all the personal information of the students, like their personal details, their aggregate marks, their skill set and their technical skills that are required in the CV to be sent to a company.

This paper proposes a virtual mouse system based on HCI using computer vision and hand gestures.Techniques for establishing the process of human-computer interaction(HCI) have evolved since the invention of computer technology. The mouse is its great invention in HCI (Human-Computer Interaction) technology. Wireless or Bluetooth mouse technology is still in development, but the technology is not yet completely device-free. The Bluetooth mouse requires battery power and a connection dongle. The presence of additional devices in the mouse makes it difficult to use. The proposed mouse system solves these limitations. We have written a program for controlling the mouse movement using Python and OpenCV with a real-time camera that detects hand patterns, tracks hand gesture patterns that replaces the work of a traditonal physical mouse. Gestures captured with a integrated camera or webcam are processed with recognition technology. The user can control some of the computer's cursor functions with hand gesturing movements. Primarily, users can left-click, right-click, and double-click by scrolling their hand up or down with various gestures. This system captures frames using a webcam or built-in camera, processes the frames to make them trackable, recognizes various gestures made by the user, and performs mouse functions. Therefore, the proposed mouse system eliminates dependence on device to use the mouse. So the development of HCI technology can help.

In order to understand today's computers, it is important to study how computers evolved through time by discussing some of the major achievements. This section deals with the history of computers and identifies the major technological achievements of the four computer generations. Humans needed devices that could be used to perform calculations as early as the period when they kept animals and started to trade with other people. They realized the need to calculate and to record information. Many people agree that the history of calculation began with the Abacus around 5000 B.C. in Egypt and China. It has a wooden frame with balls or beads strung on parallel wires. It is used for calculations. Afterwards, other developments include the invention of the slide rule in the 1620's and the first mechanical calculating machine in 1642. Probably the first computer was designed by Charles Babbage in 1822. He devised a machine called the difference engine. In 1834, Babbage proposed a more elaborate computing machine, called the analytical engine. It was completely mechanical and needed thousands of components. Babbage was unable to produce most of these parts due to the technological limitations of his time.

Currently the development and creation of websites is imposed on the world as a technological tool to unite the regions, create businesses, support companies, be displayed in the market and infinity of applications according to the perspectives of people and their scope, finding on the internet, a vital source of job creation, efficient and intelligent businesses and great help in achieving objectives and approaches.

A document by Kamal Acharya. Click on the document to view its contents.