Implementation of an Instant Messaging Tool

Instant messaging (IM) services have grown dramatically in recent years. In telephone networks, short message service keeps dominating mobile data services. As the rise of nomadic need, to bridge both messaging services is becoming a promising niche. In this paper we propose an infrastructure, based on the XML-based protocol, XMPP, to simplify the interconnections and enable the legacy handsets for instant message service. Although there is another competitive approach, SIMPLE, based on SIP, we will analyze how the XMPP is to outdo SIMPLE.

International Journal of Scientific Research in Computer Science, Engineering and Information Technology, 2020

In this Application we create a server and number of client’s interfaces in which the clients communicate with server using a socket module. These sockets are interior endpoints for sending and receiving data. A single network will have two sockets. This program is implemented using TCP socket [TCP refers to connection oriented]. In this socket will be connected to some port in the machine or a localhost. In the case of client, we will connect a socket to that server, on the same port that the server-side code is using

International Journal of Interactive Mobile Technologies (iJIM), 2020

Now, people all over the world use messengers to communicate with their families and employees at work, schedule meetings, congratulate on holidays, and conduct banking operations using bots built into messengers. However , it is challenging to improve such architectures, as a result of which WhatsApp still does not have Chabot's, whereas their competitors from Telegram already have them built-in. The essence of this project is to create a messenger that has an optimal ratio of functionality and code processing speed, as well as the ability to improve the architecture without high resource costs quickly. The basic version has features such as registration, logging in with your account, checking whether the user is online, messaging, and hash encoding for secure messaging over the Internet. The result showed a high potential for improving the application architecture in any part of the code within the acceptable level of influence on its other functions, as well as a more stable operation of the application itself in comparison with applications built based on Android or JavaScript. However , it was not possible to achieve a higher code processing speed in comparison with other Android or web applications. A method is designed and implemented to enhance the speed of code processing. The results produced by this proposed method and design has shown enhancement in the speed of code processing for messengers. Compared with other Android or with other web applications mes-saging systems.

Cee501, 2020

Real-time communication has become a necessity within different areas of life, to the extent that it is difficult to exist now without being connected with people of the same interest. Although many social networking applications such as Facebook are in existence already which helps people to connect together and share. This project presents the design and implementation of a web based social networking application for computer engineering department of caritas university. It is designed to suit the needs of the department. The tools used to develop this project are HTML, CSS, JavaScript, Nodejs and Mongo dB.

Teleconferencing or Chatting, is a method of using technology to bring people and ideas “together” despite of the geographical barriers. The technology has been available for years but the acceptance it was quit recent. The main propose of our approach is to design a chat between two PCs or many depend on the application of this chat system. It is made up of two applications the client application, which runs on the user’s Pc and server application, which runs on any Pc on the network. To start chatting client should get connected to server where they can practice two kinds of chatting, public one (message is broadcasted to all connected users) and private one (between any two users only) and during the last one security measures were taken

2008

2002

Instant Messaging (IM) refers to the transfer of messages between users in near real-time. These messages are usually, but not required to be, short. IMs are often used in a conversational mode, that is, the transfer of messages back and forth is fast enough for participants to maintain an interactive conversation. This document proposes the MESSAGE method, an extension to

TELKOMNIKA (Telecommunication Computing Electronics and Control), 2018

The increasingly inexpensive Internet has spurred the growth of online information system services in various companies. Almost all services are available in forms on web or mobile applications. For small companies, this particular system is more difficult to implement as it requires a substantial cost allocated for hosting, domain and server devices. The solution is to develop a framework for building information system services through Instant Messaging (IM) such as Telegram, Line or XMPP / Jabber using the Design Science Research Methodology. This proposed framework has the ability to transform the existing information system services into chat services with RBAC role, session, validation and natural interaction using Indonesian-language conversations. The framework that consists of Initiate layers, business process and communication, memory group and OLTP DBMS will produce low-cost solution for the development of integrated information systems service.

Communication protocols are used for data communication between different parties in computer networks. Research on improvement and generalization of the usage areas of these protocols keeps going. One of these protocols, Extensible Messaging and Presence Protocol (XMPP), draws the attention with the advantages of providing an open communication infrastructure for real-time transmission and usage of XML format along with packet definition, which is also available in other protocols. In this study, a new model was developed making the use of XMPP advantages. The developed model can interoperate with the software using other protocols and is intended for efficient, location-independent communication of people and business applications with each other. To verify the constructed model, a new enterprise application including an instant messaging service was developed that is able to interoperate with business applications. A new area was added to the usage areas of XMPP that contributes to the generalization of the protocol.

International Journal for Research in Applied Science & Engineering Technology (IJRASET), 2022

Today, in this world of social media there are many applications that enable us to share data between people who are distances apart. These social media applications run a variety of platforms. Our project is about a social media application through which we can chat and share files with other people living in different parts of the world which runs on a Desktop. Python programming language and its modules were used in this project. A client-server model and TCP protocol for communication are used in our project. It has a simple GUI interface implemented.