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K-means Clustering Analysis of Crimes on Indian Women

Violence against women is seen as sexual or physical activity committed against women. In India, general forms of violence against women in India includes cruelty by relatives, dowry, rape, sexual assault, kidnapping, immoral trafficking, molestation etc. The security of the women is the utmost priority of any government in this world. In India, many policies and laws have been enforced to ensure the safety against women. Technology is being the biggest supporter to the government in this context. Data mining allows various techniques such as clustering classification, regression provides analysis in any form of data and helps intelligent predictions on the given dataset. In this paper, we use k-means clustering analysis on women crime dataset. As a part of pre-processing, we collated the data entries which had crime cases against women and made women crime sub-dataset from the real dataset. We then applied K means clustering for further analysis. We used a rapid miner tool for clustering analysis as it is widely used for clustering purposes. After completion of clustering analysis, we proposed our views and discussions on the clustering results. At the end, we ended up giving the futuristic work to be further done on the derived dataset we made and made available on public repositories.

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Rishabh Singh mail -
Rishabh Reddy mail -
Vidhi Kapoor mail -
Prathamesh Churi mail
link https://doi.org/10.54216/JCIM.040101

Volume & Issue

Vol. Volume 4 / Iss. Issue 1

Details open_in_new

NeutroRings Revisited

The objective of this paper is to revisit the studies on NeutroRings introduced in [\cite{A3}]. It is shown that there are 511 types/classes of NeutroRings and there are 19171 types/classes of AntiRings. A particular type/class of NeutroRings is studied. Several interesting examples and properties of the type/class of the NeutroRings are presented. It is shown that fundamental theorem of homomorphism and isomorphism theorems of the classical rings are holding in the type/class of NeutroRings studied.

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AGBOOLAADESINAABDUL AKEEM mail
link

Volume & Issue

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A short remark on Gödel incompleteness theorem and its self-referential paradox from Neutrosophic Logic perspective

It is known from history of mathematics, that Gödel submitted his two incompleteness theorems, which can be considered as one of hallmarks of modern mathematics in 20th century. Here we argue that Gödel incompleteness theorem and its self-referential paradox have not only put Hilbert’s axiomatic program into question, but he also opened up the problem deep inside the then popular Aristotelian Logic. Although there were some attempts to go beyond Aristotelian binary logic, including by Lukasiewicz’s three-valued logic, here we argue that the problem of self-referential paradox can be seen as reconcilable and solvable from Neutrosophic Logic perspective. Motivation of this paper: These authors are motivated to re-describe the self-referential paradox inherent in Godel incompleteness theorem. Contribution: This paper will show how Neutrosophic Logic offers a unique perspective and solution to Godel incompleteness theorem.

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V. Christianto mail -
F. Smarandache mail
link https://doi.org/10.54216/IJNS.000102

Volume & Issue

Vol. Volume 0 - 2019 / Iss. Issue I - Vol 0

Details open_in_new

Security and Privacy Challenges in Cloud Computing: A Review

Cloud computing is being transformed into a model with services. It is mainly focused on the concept of dynamic provisioning, which is applied to services as well as to the capacity, storage, networking, and information technology infrastructure. This paper reviews the key concepts of cloud computing exist. We are presenting here various concepts of cloud computing. According to the previous few surveys we are presenting various security challenges and for that what solution are overcome.

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Miss. Sayali Karmode Yelpale mail
link https://doi.org/10.54216/JCIM.040102

Volume & Issue

Vol. Volume 4 / Iss. Issue 1

Details open_in_new

A Web Based Document Encryption Application Software for Information Security in Tertiary Institutions

A web based user friendly document encryption application software was developed as a better cryptographic online system used in securing important tertiary institutions’ documents such as students' Official Grade Report (OGR) sheets, computed and approved results, transcripts, examination and test question papers, Senate/Council documents and any other sensitive or important document needed to be secured from unauthorized users. It is a known fact that problems like unsecured information, information misuse, tampering of sensitive documents by unauthorized persons, stress of hiding sensitive documents from unauthorized persons and locating hidden sensitive documents exist in any system/unit where proper data security mechanism is not in place. In this research work, an online cryptographic system was designed, using Advanced Encryption Standard (AES) algorithm, to secure important documents. The Analysis and Design of this system followed the Structured System Analysis and Design Methodology (SSADM) using web tools. The output of the software shows that the application can encrypt files and save in the database and can only be decrypted using a cipher key automatically generated by the system. With this software, sensitive information can be easily accessed without stress or fear and it has created a more reliable and safer platform to secure such sensitive documents other than the primitive method of using username and password.

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Ibeneme-Sabinus Ifeoma Livina mail -
Ekedebe Nnanna mail -
Nwokonkwo Obi mail -
Ibeneme Sabinus Ikechukwu mail -
Ajah Benjamin Ogonnaya mail -
Amadi Emmanuel Chukwudi mail
link https://doi.org/10.54216/JCIM.040103

Volume & Issue

Vol. Volume 4 / Iss. Issue 1

Details open_in_new

n-Refined Neutrosophic Groups I

The aim of this paper is to define for the first time the concept of n-refined neutrosophic group. This work is devoted to study some elementary properties of n-refined neutrosophic groups and to establish the algebraic basis of this structure such as n-refined neutrosophic subgroups, n-refined neutrosophic homomorphisms, and n-refined neutrosophic isomorphisms.

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Mohammad Abobala mail
link https://doi.org/10.54216/IJNS.000103

Volume & Issue

Vol. Volume 0 - 2019 / Iss. Issue I - Vol 0

Details open_in_new

On Neutrosophic Crisp Relations

The aim of this paper is to introduce a new types  of neutrosophic crisp relations as a generalization to  intuitionistic relations due to Indira et al.[9], and study some of its properties. Finally, the concepts of the star and retract neutrosophic relations  are introduces and studied and some properties of these concepts will be investigated.

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A.A.Salama mail -
Hewayda ElGhawalby mail -
A.M.Nasr mail
link https://doi.org/10.54216/IJNS.000104

Volume & Issue

Vol. Volume 0 - 2019 / Iss. Issue I - Vol 0

Details open_in_new

n-Refined Neutrosophic Groups II

The objective of this paper is to study some of AH-substructures in n-refined neutrosophic group. Also, it deals with some elementary properties of AH-subgroups, AH-normality, AH-homomorphisms, and endomorphisms especially in a non abelian n-refined neutrosophic group. 

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Mohammad Abobala mail
link https://doi.org/10.54216/IJNS.000105

Volume & Issue

Vol. Volume 0 - 2019 / Iss. Issue I - Vol 0

Details open_in_new

An efficient deep belief network for Detection of Coronavirus Disease COVID-19

COVID-19 infection is one of the most dangerous respiratory viruses, and the early detection of this disease reduces the speed of its spread among people. The goal of this virus is to infect the lung by creating patchy white shadows inside the lungs. This paper presents an intelligent method based on the deep learning technique to analyze the medical images of respiratory diseases. Two data set was used in this experiment first dataset is normal lungs taken from the Kaggle data repository. In contrast, abnormal lungs were taken from   (https://github.com/muhammedtalo/COVID-19). The results show that the proposed system identifies the COVID-19 cases with an accuracy of 90%.

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Shaymaa Adnan Abdulrahma mail -
Abdel-Badeeh M. Salem mail
link https://doi.org/10.54216/FPA.020102

Volume & Issue

Vol. Volume 2 / Iss. Issue 1

Details open_in_new

PARUDroid: Validation of Android Malware Detection Dataset

Android has gained its popularity due to its open nature and number of free apps in its play store. Till date, Android has captured 87% of the total market share. 2.8 million apps are present in the official market of Android. Android apps depend upon permissions for its proper functioning. This dataset contains distinct 5,60,142 Android apps that belong to thirty different categories. These Android application packages (.apk) is collected from Google-play store and other promised repositories. In this study, we performed a dynamic analysis of these collected .apk packages and extracted features, i.e., PARU (Permissions, API calls, Rating of an app, and Users download the app). As per the knowledge, this is the first dataset that extracted features by using the Android 6.0 (API 23) version as an Android operating system. The paper discusses the potential usefulness of the dataset for future research in the field of cybersecurity. Further, to check the potential of our dataset, in this research paper malware detection model is developed by using five different classification machine-learning algorithms. Experiment result reveals that model developed using Deep Neural Network (DNN) can able to detect 98.8% malware-infected apps. Dataset URL: http://dx.doi.org/10.17632/mg5c8jxbhm.2

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Arvind Mahindru mail -
A.L. Sangal mail
link https://doi.org/10.54216/JCIM.030202

Volume & Issue

Vol. Volume 3 / Iss. Issue 2

Details open_in_new