Real-Time Office Seat Allocation System using Spring MVC framework

Real-time Seat Allocation System is a web application that assists employees and employers in handling modern-day seating issues at work. Currently, seats are assigned to employees manually, which is a time-consuming process. This might cause issues if seats were not assigned or if none were available for some employees. Furthermore, during pandemics, social distance rules must be followed, making it difficult to manage the workforce. The proportion of individuals allowed in the workplace must adhere properly. As the firm grows, so does the number of employees, which necessitates the expansion of infrastructure, which costs money and time. These issues can be addressed to some extent by a shared office concept, in which employees have access to a desk and can work as needed. This article presents a responsive web application through which company employees can registerusingtheircompanyIDandreserveaseatifoneisavailableonaspecified day and time. Admins can add or remove offices, floors, and seats with certain permissions. To implement the business logic, the application uses Java, Spring MVC web framework with Tomcat server, renders the views using Java Server Pages, and uses front-end technologies like HTML, CSS, and JavaScript for the front-end design of the User Interface. The web application built promotes the concept of using a shared workspace to maximize resource use. It also aids in increasing employee productivity by providing them with workplace seating and schedule flexibility.

Development of Web GIS Based Framework for Public Health Management System Using ERDAS Apollo 2010

This paper proposes a framework for an essential creation of a public health information visualization platform, for Japanese Encephalitis (JE) disease outbreaks in the Gorakhpur district, India. The Web GIS technology is used with ERDAS Apollo 2010 software at customized level, to develop architecture for Web GIS-based public health information systems. A GUI has been created using Java Server Pages (JSP) for its customization. This will help in extending the benefit of GIS and Web technology for public availability in the area for preparation of the health plan in multitier system.

A modified fuzzy approach to prioritize project activities

Project management is an important task in business although project is not just confined to business. Due to the uncertainty of the various variables involved in a project, over several past decades research is going on in the search for an efficient project management model. Although numerous crisp models are easily implementable, the potential of fuzzy models are huge. In the case of software development, the variables involved are highly dynamic. In this paper, we propose a ranking based fuzzy model that can prioritize various activities. We use a popular crisp model to test the effectiveness of the fuzzy model proposed. Simulation is done through Java Server Pages (JSP). There is considerable computational and managerial advantage in implementing the fuzzy model.

Development of Web GIS Based Framework for Public Health Management System Using ERDAS Apollo 2010

This paper proposes a framework for an essential creation of a public health information visualization platform, for Japanese Encephalitis (JE) disease outbreaks in the Gorakhpur district, India. The Web GIS technology is used with ERDAS Apollo 2010 software at customized level, to develop architecture for Web GIS-based public health information systems. A GUI has been created using Java Server Pages (JSP) for its customization. This will help in extending the benefit of GIS and Web technology for public availability in the area for preparation of the health plan in multitier system.

B/S Structure-Based Remote Management System in CNC

A multi-user remote transmission of CNC machining management system was developed based on B/S structure, which combines network management model with CNC machining technologies and replaces the traditional file-copy format. This system not only provides convenience for users to use CNC equipment but also greatly improves efficiency and safety. In this project, a JSP (Java Server Pages) dynamic web site was developed in the MyEclipse environment, which can carry out many functions, including management of users’ information and documents taking advantage of database technology, transmitting and operating NC code and source files which CAD/CAM software generated. This is an attempt of centralized CAD/CAM network manufacturing.

Java Server Pages (JSP)

Good Web application design always tries to separate business objects from controls and the presentation. The benefit of using Java Server Pages (JSP) is the ability to separate Web page design from functionality and content dynamics (coding).

Struts Framework

When Java servlets were first invented, many developers quickly realized that they were faster and more powerful than the standard CGI. They were also portable and extensible. But writing HTML to send to the browser in an endless stream of println() statements was not practical. The next framework — Java Server Pages (JSP) — turned servlet writing inside out. JSP allows developers to mix HTML markup with Java code, and to therefore enjoy all the advantages of servlets along with easy development with HTML. The next stage was the realization that Java Server Pages and servlets could be used in mutual cooperation in Web applications. The servlets could serve as controllers and drive control flow, and the JSPs could concentrate on producing HTML pages. This actually was the rediscovery of the classic MVC pattern that was first abstracted in the famous Smalltalk MVC framework (Burbeck, 1987).