International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 11 Issue: 05 | May 2024
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p-ISSN: 2395-0072
User-Centric Design and Implementation of File Sharing Platform with Real Time Collaboration. Anjaneya Mustoor1, Gajendra M2, Venkatesh N3, Dr. Kumaraswamy S4 1,2,3 Student, Dept of Computer Science and Engineering, University of Visvesvaraya College of Engineering,
K.R Circle, Bengaluru, Karnataka, India
4 Assistant Professor, Dept of Computer Science and Engineering, University of Visvesvaraya College of Engineering,
K.R Circle, Bengaluru, Karnataka, India ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - The necessity for seamless file sharing and
promote smooth operation and increased user engagement between desktop and mobile platforms.
remote device control has grown in importance in today's fastpaced digital world. The goal of this project is to close the gap between laptops and mobile devices by introducing a userfriendly Java-based application. Using Java's Socket class, the application enables simple wireless communication between a laptop serving as the server and a mobile device serving as the client. Quick file transfers between devices are possible without the inconvenience of extra storage or physical connections. Additionally, the application gives users the ability to remotely operate their laptops by letting them use their mobile devices as virtual keyboards, mice, and joysticks. This user-friendly interface increases convenience and productivity by giving users a flexible toolkit for interacting with their laptop remotely. The screen sharing feature of the application is essential to its functionality as it enables users to instantly mirror their laptop screens onto their mobile devices. This feature improves flexibility and accessibility, allowing users to work or present from anywhere with ease. It also makes remote monitoring and collaboration easier. This project intends to simplify the interaction between laptops and mobile devices by merging file sharing, remote control, and screen sharing features into a unified Java-based client-server architecture. In the end, it provides users with an all-inclusive solution for remote control and wireless file sharing, meeting the changing needs of contemporary digital workflows.
Reducing the discomfort commonly associated with traditional computer use is the main goal of this application design. Through the application, users can easily search for files, navigate desktop applications, and carry out a variety of tasks, which contributes to improving user experience and productivity. Establishing a Wi-Fi link between the two systems is essential to its operation. The suggested program serves as an intermediate, allowing remote control orders to be sent from the user's mobile device to the computer. It also makes it easy for users to download files straight to their cellphones from the remote PC, which maximizes accessibility and workflow efficiency.
1.1 Proposed Model The need to store important papers and information on mobile devices has become commonplace in the modern world, where smartphone usage is on the rise and mobile device popularity is unparalleled. Still, accessing material saved on PCs is crucial even with the vast storage capacities of mobile devices. When this happens, it might be quite difficult to find a certain document on the mobile device, especially if there is no way to physically access the computer. Our application offers a seamless workaround for this built-in barrier by letting customers access their computer systems straight from their mobile devices.
Key Words: Socket Programming, Robot Class, Wi-Fi Direct, Java, Android, File Sharing, Remote Control, Platform Independent
The primary objective of our project is to bridge the gap between mobile devices and computer systems, empowering users to browse, search, and download files from their computer's shared drive remotely. Users no longer need to be physically close to the computer in order to retrieve important files because a mobile application grants access to the shareable drive on the computer. This feature allows users to engage with their computer systems independently and without regard to location, improving accessibility while simultaneously promoting greater flexibility. Our suggested model essentially aims to rethink the idea of remote computer access by allowing users to easily include mobile devices into their computing workflows for increased convenience and productivity.
1.INTRODUCTION It is becoming more and more common to need to operate computers wirelessly in a variety of settings, from modern offices and conference rooms to portable work environments and classrooms. This is especially true when projecting screens onto larger displays like televisions or projectors. This project has a cutting-edge Android application that has been painstakingly designed to simplify Remote Desktop management. Technological progress has brought forth a new era wherein mobile devices now possess technological capabilities that were previously limited to classic PC designs. It is imperative that these devices be combined with this application in order to
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