- Open Access
- Authors : Ravishankara K , Dhanush , Vaisakh , Srajan I S
- Paper ID : IJERTV9IS050676
- Volume & Issue : Volume 09, Issue 05 (May 2020)
- Published (First Online): 29-05-2020
- ISSN (Online) : 2278-0181
- Publisher Name : IJERT
- License: This work is licensed under a Creative Commons Attribution 4.0 International License
Whatsapp Chat Analyzer
Ravishankara K, Dhanush, Vaisakh, Srajan I S
1Faculty of Department of Computer Science, Srinivas Institute of Technology Mangalore, Karnataka 2,3Students of Department of Computer Science, Srinivas Institute of Technology Mangalore, Karnataka
Abstract The most used and efficient method of communication in recent times is an application called WhatsApp. WhatsApp chats consists of various kinds of conversations held among group of people. This chat consists of various topics. This information can provide lots of data for latest technologies such as machine learning. The most important thing for a machine learning models is to provide the right learning experience which is indirectly affected by the data that we provide to the model. This tool aims to provide in depth analysis of this data which is provided by WhatsApp. Irrespective of whichever topic the conversation is based our developed code can be applied to obtain a better understanding of the data. The advantage of this tool is that is implemented using simple python modules such as pandas, matplotlib, seaborn and sentiment analysis which are used to create data frames and plot different graphs, where then it is displayed in the flutter application which is efficient and less resources consuming algorithm, therefor it can be easily applied to largest dataset.
Keywords: WhatsApp chat data, Pandas, Seaborn, matplotlib, sentiment analyzer, Flutter application etc.
This tool is based on data analysis and processing. The first step in implementing a machine learning algorithm is to understand the right learning experience from which the model starts improving on. Data pre-processing plays a major role when it comes to machine learning. In order to make the model more efficient we need lots of data, so we turned our focus primarily on one of the largescale data producers owned by Facebook which is nothing but WhatsApp. WhatsApp claims that nearly 55 billion messages are sent each day. The average user spends 195 minutes per week on WhatsApp, and is a member of plenty of groups. With this treasure house of data right under our very noses, it is but imperative that we embark on a mission to gain insights on the messages which our phones are forced to bear witness to.
WhatsApp-Analyzer is a statistical analysis tool for WhatsApp chats. Working on the chat files that can be exported from WhatsApp it generates various plots showing, for example, which another participant a user responds to the most. We propose to employ dataset manipulation techniques to have a better understanding of WhatsApp chat present in our phones.
There is a lot of development in the current system. In the older version there was no feature to display status, there was no feature to share documents and there was no feature to share location. In the current version, all of these
features are available. In older version we couldnt share images through docs format. In this system user is able to access WhatsApp in windows through WhatsApp web application, which can be connected through QR code. There is another feature called export chat where user can send or share or get the chat detail for data analysis through email, Facebook or some messenger application.
Data pre-processing, the initial part of the project is to understand implementation and usage of various python- built modules. The above process helps us to understand why different modules are helpful rather than implementing those functions from scratch by the developer. These various modules provide better code representation and user understandability. The following libraries are used such as numpy, scipy pandas, csv, sklearn, matplotlib, sys, re, emoji, nltk seaborn etc.
Exploratory data analysis, first step in this to apply a sentiment analysis algorithm which provides positives negative and neutral part of th chat and is used to plot pie chart based on these parameters. To plot a line graph which shows author and message count of each date, to plot a line graph which shows author and message count of each author, Ordered graph of date vs message count, media sent by authors and their count, Display the message which is di not have authors, plot graph of hour vs message count.
In this decade the upcoming technologies are mainly dependent on data. This data can only be obtained if there is some research applied on the context of the requirements of the tool. Since a lot of machine learning enthusiasts develop models which helps solve multiple problems the requirements of appropriate data are very large scale this project aims to provide a better understanding towards various types of chats. This analysis proves to be better input to machine learning models which essentially explore the chat data. These models require proper learning instances which provides better accuracy for these models. Our project ensures to provide an in-depth exploratory data analysis on various types of WhatsApp chats.
As a demo Survey analysis on the usage and Impact of WhatsApp Messenger : Various Studies and analysis has been done on the usage and impact of WhatsApp. Some of these studies are for finding the impact of WhatsApp on the students and some are based on for the general public in a local region.
In a study of southern part of India was conducted on the age group of between 18 to 23 years to investigate the importance of WhatsApp among youth. Though this study,
it was found that students spent 8 hours per day on using WhatsApp and remain online almost 16 hours a day. All the respondents agreed that they are using WhatsApp for communicating with their friends. They also exchange images, audio and video files with their friends using WhatsApp. It was also proved that the only application that the youth uses when they are spending time on their smart phone is WhatsApp. Methods used in this survey is to analyze the intensity of WhatsApp usage and its popular services and to identify the degree of positive or negative impacts of using WhatsApp.
Content Analysis of WhatsApp conversation : An analytical study to evaluate the Effectiveness of WhatsApp Application in Karachi. The Study will be an important research work for exploring the possibilities of emergence of WhatsApp as the leading mobile messaging application in Pakistan.
With the advancement of digital technology and the mergence of mobile phones in Pakistan, the communication scenario has completely changed (Ali, Rizvi & Sherdil, 2014). The increasing trend of smart phones and social networking applications in Pakistan has made communication faster and easier than at any time in history. Now, people may not have enough money to eat, enough place to sleep and enough dress to wear but have mobile phone in their pockets to interact with their family members, friends and customers. With the changing scenario, use of quantitative and qualitative research techniques has also increased with the passage of time. Procedures were devised for the measurement of nature and effect of communication devises on human behavior. During the same period, smart phones and instant messaging application like WhatsApp, Viber and Skype took over the world of communication in Pakistan.
WhatsApp Group Data Analysis with R : The dataset of WhatsApp group chat used for analysis is of 1 year(may, 2015-may,2016) which consists of 5,5563 records in total and comprises of certain characterstics that define how much a particular person is using WhatsApp chat group, such as the years of usage, duration of usage in a day, the response levels, type of messages posted by each individual in the group (Smiley, Text, Multitude), which age group people are more active and so on.
The main attributes set for this analysis are type of message been send, duration of use per year/month/week/day/hour, timestamp (AM/PM), age group of senders, gender (Male/Female). RStudio the most favored IDE for R is been used to perform exploratory data analysis and visualization for the collected data largely because of its open source nature.
Forensic analysis of WhatsApp Messenger : WhatsApp provides its users with various forms of communications, namely user-to-user communications, broadcast messages, and group chats. When communicating, users may exchange plain text messages, as well as multimedia files (containing images, audio, and video), contact cards, and geolocation information. Each user is associated with its profile, set of information that includes his/her WhatsApp name, status line, and avatar (a graphic file, typically a picture). The profile of each user is
stored on a central system, from which it is downloaded by other WhatsApp users that include that user in their contacts. The central systems provide also other services, like user registration, authentication, and message relay.
SOFTWARE REQUIREMENT ANALYSIS
If software requirement analysis in the field of systems engineering and software engineering, encompasses those tasks that are used for a new or altered product or tool, taking account of the possibly conflicting requirements of the various stakeholders, documenting, validating and managing software or system requirements.
The main objective of the feasibility study is to treat the technical operational and economic feasibility of developing the application. Feasibility is the determination of whether or not project is worth doing. The process followed in making this determination is called feasibility study. All systems are feasible, given unlimited resources and infinite time. The feasibility study to be conducted for this project involves:
It is the measure of the specific technical solution and the availability of the technical resources and expertise. It is one of the first studies that must be conducted after tool has been identified. A technical study of feasibility is an assessment of the logistical aspects of business operation. This is considered with specifying equipment and software that will successfully satisfy the user requirement. The technical needs of the system may vary considerably but should include the facility to produce outputs in a given time, response time under certain conditions and the ability to process a certain amount of transaction at a certain speed.
The proposed system is developed by using Jupyter software. Jupyter is non-profit organization created to develop open-source software, open standards, and services for interactive computing across dozens of programming languages. The idea is to implement a data processing code using python to make better sense of WhatsApp group chat data.
Operational feasibility is mainly concerned with issues like whether the system will be used if it is developed and implemented, whether there will be resistance from the users which will affect the possible application benefits. It is the ability to utilize, support and perform the necessary tasks of a system or program. It includes everyone who creates, operates or uses the system or program. It is the measure of how well a proposed system solves the problem and takes advantages of the opportunities identified during the scope definition and problem analysis phases. This system helps in many ways. It shows the number of users using WhatsApp and gives the data information of their sharing data. Which is organized in Pie-chart and Bar- chart.
Economic feasibility is the most frequently used method for evaluating the effectiveness of the new system. Economic feasibility is the measure of the cost effectiveness of an information system solution. Without a doubt, this measure is most often and important one of the three. Information systems are often viewed as capital investments for the business, and, as such should be subjected to the same type of investment analysis as other capital investments.
Economic analysis is used for evaluating the effectiveness of the proposed system. In economic feasibility, the most important is cost-benefit analysis. This project is not economical as it mainly depends on the sharing of data between two phones.
Python: It is an interpreted, high-level general-purpose programming language. Created by Guido Van Rossum and first released in 1991. Its language constructs and objects-oriented approach aim to help programmer with clear, logical code for small and large-scale tools. Python is used for web development (server-side), software development, mathematics, it can be used alongside software to create workflows, it can connect to database systems, it can also read and modify files, it can be used to handle big data and perform complex mathematics and can be used for rapid prototyping, or for production-ready software development.
Flutter: It is an app SDK for building high-performance, high-fidelity apps for IOS, Android, web (beta), and desktop from a single codebase. The goal is to enable developers to deliver high -performance apps that feel natural on different platforms. We embrace differences in scrolling behaviors, typography, icons, and more. It is to be highly productie to develop for iOS and Android from a single codebase. It does more with less code, even on a single OS, with a modern, expensive language and a declarative approach. Its prototype and iterate easily on experiment by changing code and reloading as your app runs and fix crashes and continue debugging from where the app left off and create beautiful, highly customized user experiences that benefit from a rich set of material design and Cupertino widgets built using Flutters own framework. Its realize custom, beautiful, brand-driven, without the limitations of QEM widget set.
The results of this work, showed several activities on specific dates as specified by the system at given time. The results showed that the most active date was 15th June, 2018. The number of messages sent on that most active date was 190. Also, the overall, most active user was recorded and the user was shown to have posted over 972 messages to the group. The system also recorded the list of active authors, emojis etc. Furthermore, the total number of users on that group was shown to be 230. In addition, a full list of all users on the platform with their name or their phone number were also outputted plus the number of times each individual on the platform has made a post. And the most used word was also given as the and it was used 43313 times. Below fig. shows a snap shot of the screen that shows the output of the analysis.
Fig 5.1: Sample output of WhatsApp plot.
The following represents the output of the result of the analysis done with Python on the given group chat.
Fig 5.2: Top 20 active users
Fig9.3 on the other hand shows the top 10 users alone. This gives a narrower scope of comparison. As explained for fig 9.2, fig 9.3 also has some phone numbers and some with names. This figure clearly gives an analysis of the top 10 users on the group chart, showing them in percentages.
Fig 5.3: Top 10 active users
In conclusion, it can be said that the capabilities of the WhatsApp application and the power of the python programming language in implementing whatever network data analysis intended, cannot be overemphasized. This work was able to discuss the WhatsApp application and its libraries, to create an analysis of a WhatsApp group chat and visually represent the top 10 and top 20 users in the chat groups. A pseudocode of the plot was given and at the end, visual representation of the plot was implemented. Also, an analysis of the top 10 and top 20 users were done. The system was done with python, and the python libraries that were implemented includes, NumPy, Pandas, Matplotlib and Seaborn. At the end of the work expected results were obtained and the analysis was able to show the level of participation of the various individuals on the given WhatsApp group. On serious note this system has the ability to analyze any WhatsApp group data input into it.
Available from: http://www. statista.com/statistics/260819/number- of-monthly-active-WhatsApp-users. Number of monthly active WhatsApp users worldwide from April 2013 to February 2016(in millions).
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