This document discusses detecting social network mental disorders through analysis of social media data. It proposes a framework called Social Network Mental Disorder Detection (SNMDD) that aims to identify potential cases of disorders like cyber-relationship addiction and information overload. The framework extracts features from social networks and also proposes a new tensor model to improve accuracy. It evaluates the framework on a dataset of over 3,000 social media users labeled by experts. The results show that combining different feature types like social interactions and user profiles can help effectively detect social network mental disorders through social media mining.
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parameter at which evaluate the mental level of usersuchas
Cyber-Relationship Addiction, Information Overload, and
Net Compulsion, have been recently noted. In the research
paper [4] describes a synoptic survey of social network
mental disorder identification through social media mining.
The proposed model stands out in the list as the users are
not involved in revealing their habits to understand and
diagnose the symptoms manually and also propose a new
SNMD based Tensor Model (STM) to improve the accuracy.
The paper [5] provided an exploratory analysis on language
patterns and emotions in Twitter. Other methods and
techniques include Google Trends analysis for monitoring
suicide risk, detecting social media content and speech
patterns analysis, assessing the reply bias through linguistic
clues, human-machine hybrid method for analyzing the
effect of language of social support on suicidal ideation risk.
In the research paper [6] an increasing number of social
network mental disorders (SNMDs), such as Cyber-
Relationship Addiction, Information Overload, and Net
Compulsion, have been recently noted. The research paper
[7] describes the prediction of personality and social
network mental disorders using analysis of twitter. The
paper proposes a machine learning framework, enhanced
with sentimental analysis that exploits features extracted
from social network data, to accurately identify potential
cases of SNMDs, depression and personality of the user.
CASE STUDY:
A total of 3216 clients were selected to obtain information for training and testing the classifiers in SNMDD. The members
include 1790 guys and 1336 females. Their callings are differing and every client is first invited to round out the standard
SNMD polls. At that point, a gathering of expert therapists participating in this task survey and physically mark the clients as
potential SNMD cases or typical clients. There are 389 clients named as SNMD, including 246 Cyber-Relationship (CR)
Addiction, 267 Information Overload (IO), and 73 Net Compulsion (NC). The outcome obtained by the specialists fills in as the
ground truth for our assessment. All the information are gathered with the Facebook and Instagram APIs as recorded in the
following Table.
Dataset Description
FB_US
User profile, the friends of each user, the news feeds created by users with metadata (who
likes, who comments, stickers, and geotag), users like or comment (stickers also), vents
(join/decline), joined groups with events, and posts created by game apps
IG_US
User profile, the followers/followees of each user, the media created by users with metadata
(who likes, who comments, and geotag), and the ontents users like or comment
FB_L
Anonymized user ID that performs the action, anonymized user ID that receives the action, and
timestamp of action creation
IG_L
Anonymized media ID, anonymized ID of the user who created the media, timestamp of media
creation, set of tags assigned to the media, number of likes and number of comments received
In the trial, initially assess the adequacy of the proposed highlights, including all highlights (All), social interaction highlights
(Social), individual profile highlights (Personal), with a baseline highlight Duration, i.e., the absolute time spent online, using
TSVM for semi-administered learning in the clientstudy. Thecombinationsofvarioushighlights,i.e.,Duration with Social (D-S),
Duration with Personal (D-P), Social with Personal (S-P), are additionally introduced. Two enormousscopedatasets,including
Facebook (meant as FB_L) with 63K hubs, 1.5M edges, and 0.84M wall posts, and Instagram (signified as IG_L) with 2K clients,
9M labels, 1200M preferences, and 41M remarks. Note that some proposed highlights can't be extricated from certain
enormous scope datasets, e.g., game posts and stickers are not accessible in IG_L, which is dealt with by using the attribution
strategy.
RESULTS:
Figure 4.1: User interface of the proposed model
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@ IJTSRD | Unique Paper ID – IJTSRD38529 | Volume – 5 | Issue – 2 | January-February 2021 Page 644
Figure 4.2: Preprocessed Dataset
Figure 4.3: Creating Emotions Dict
Figure 4.4: Emotions Dictionary
4. International Journal of Trend in Scientific Research and Development (IJTSRD) @ www.ijtsrd.com eISSN: 2456-6470
@ IJTSRD | Unique Paper ID – IJTSRD38529 | Volume – 5 | Issue – 2 | January-February 2021 Page 645
Figure 4.5: New dataset
Figure 4.6: Creating variables of Emotions
Figure 4.7: Graphs Of Emotions 1
5. International Journal of Trend in Scientific Research and Development (IJTSRD) @ www.ijtsrd.com eISSN: 2456-6470
@ IJTSRD | Unique Paper ID – IJTSRD38529 | Volume – 5 | Issue – 2 | January-February 2021 Page 646
Figure 4.8: Graphs Of Emotions 2
CONCLUSION:
In this work, we make an effort to automatically recognize
potential online users with SNMDs. We propose an SNMDD
framework that explores various features from data logs of
OSNs and a new tensor techniqueforderivinglatentfeatures
from multiple OSNs for SNMD detection. This work
represents a collaborative effort between computer
scientists and mental healthcare researchers to address
emerging issues in SNMDs. As for the next step, we plan to
study the features extracted from multimedia contents by
techniques on NLP and computer vision. We also plan to
further explore new issues from the perspective of a social
network service provider, e.g., Facebook or Instagram, to
improve the well-beingsofOSN userswithoutcompromising
the user engagement.
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