Information and Technology

This paper focuses on proposing a system for centralization of the IT infrastructure by building upon the concept of Diskless Booting. The client stations are configured to boot over an existing network using the Network Boot. The Client Station lacks an actual Hard Drive, which is responsible for storing the boot files and other necessary files. It consists of other hardware excluding the Hard Drive such as, RAM, Processor, etc. The network consists of DHCP (Dynamic Host Configuration Protocol) server which assigns IP addresses to several client stations connected. The NIS (Network Information Service) server stores the login credentials of all the users, enabling the users to login from any client station without any restrictions. The NFS (Network File System) server makes the files available for the user, even on the absence of local secondary storage. Security is ensured by SHA (Security Hash Algorithm), which encrypts the sensitive data by creating the hash values. Individual ports and services can be kept secured by using the Firewall service. The open source Cockpit Tool provides a GUI with which the administrator can conveniently carry out several admin-oriented tasks, such as memory management, user management.

In recent years, more and more video surveillance devices like drones, CCTV's have been deployed due to an increase in demands related to public security and smart cities. There is a need to overcome the existing drawbacks of post-investigation techniques of video surveillance systems by providing a pre-alert generation system. The video surveillance system has become an important part of the security and protection of modern cities. So we are going to focus on video surveillance by giving video contents containing early fire events detection, suspicious activities and smart parking systems, and crowd estimation. Smart monitoring cameras equipped with intelligent video analytics techniques can monitor and pre-alert systems by capturing suspicious activity and events. Our work is based on deep learning techniques for video analysis with better performance and event detection with the advantages of alert generation.

CampusERP is an implementation of an ERP System, which will be used primarily in educational institutes such as Engineering Colleges. There will be both Web and Flutter Application for Centralized Management of Educational Institutes. Main Goal of the project is to digitize day to day activities of an Educational Institute, further reducing load on teaching as well as non-teaching staff. This project will have primarily two main Users that would be Teacher and Student. The complete system revolves around these two users. Every module that is available in this project is some way or other beneficial to these two types of users. This project has two main modules that is Student Central Platform and Teacher Central Platform which act as base for all the other modules present. Non-primary modules include Library Management System, Student Attendance System, Online Exam & Assignment Portal, Bus Tracking System, Newsletters & Advertisement, Custom APIs, Performance Analysis, etc.

Mobile learning is not the conjunction of mobile and learning it has always implicitly meant mobile electronic learning and its development have to be understood as both a continuation of conventional electronic-learning and a reaction to this conventional and limitations. E-learning and M-learning have become extremely important words of the educational technological revolution. E-learning is a subset of distance learning and m-learning is a subset of e-learning. M-learning is an amazing educational tool for teaching and learning process it is the new sensation in the field of education because it offers modern ways to support learning process through mobile devices. Mobile phones can be used in various ways to enhance learning because of their cost and availability of apps, so they play an important role in our day lives in various purposes. M-learning is one form of learning processes, possessing similarities and differences with e-learning, it is mainly based on the concept of wire/wireless communication technologies, as the individual learner can access the learning material, lectures and seminars whenever they desire and wherever they are, whether inside the classroom or outside it which creates a new learning environment in the context of the different learning settings. INTRODUCTION: E-learning offers opportunities for developing nations to enhance their educational development. It plays a critical role in preparing a new generation of teachers, as well as upgrading the skills of the existing teaching force to use 21st century tools for learning so it is the changing trend in education. E-learning comprises all forms of electronically supported learning and teaching. The internet made education no longer limited to the four walls of the class room. The information and communication systems, whether networked or not serve as specific media to implement the learning process. Mobile learning combines E-learning and mobile computing. Mobile learning is sometimes considered merely an extension of E-learning, but quality M-learning can only be delivered with an awareness of the special limitations and benefits of mobile devices. M-learning is a powerful method for engaging learners on their own terms. E-learning and M-learning diagrammatically mentioned, as shown in Table 1 below.

In Textile Industries, several entities and departments are present. If all these departments are not maintained properly then it is very difficult to handle the textile organization. For maintaining textile industry (ERP) solution can help, making your textile company more profitable by strengthening the collaboration within the organization and increasing its efficiency and adaptability. The ERP solution lays a solid foundation for textile companies to continuously review, benchmark, and optimize their business processes based on their corporate business strategy making the right business decisions becoming easier. A comprehensive ERP solution also makes it easier for a textile organization’s business partners to engage productively within the company. The main objective of this application is that there are several textile organizations where this system is a must to be used because with the help of this system textile companies can provide outstanding service to customers, maximize their return on investments in assets, optimize enterprise processes, mitigate operational risks, facilitate environmental compliance, and streamline the merger and acquisitions process.