Vellore Institute of Technology (VIT) is a private university located in&nbsp;Tamil Nadu, India. Founded in 1984, as Vellore Engineering College, the institution offers 20 undergraduate, 34 postgraduate, four integrated and four research programs. It has campuses in Vellore, Amravati, Bhopal and Chennai.

VIT is one of the top ranked private universities in India according to NIRF, THE and QS Rankings.&nbsp;Govt. of India has recognized&nbsp;VIT, Vellore as an&nbsp;Institution of Eminence. This has allowed VIT to take independent quality initiatives and move up in world ranking.

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VIT University

The categorical relationships play a crucial role for choosing of computer database. Based on it, association rules display the link among the 2 categories. Because the object oriented elegance for the computer code cultivates, the relationships among the categories. Additionally rise near the complicated computer code style. However, one will develop improved object-oriented style through right association rules among groups or categories. The present paper deals to style the proper association rules for the object-oriented databases taken from the categories. A true scenario of Electricity Bill Deposit System (EBDS) and user interested items by analyzing user behavior history in social network environment. Both applications are taken into account in Indian situation and Apriori Algorithmic rule is employed for locating the employment of recurrent information sets through the proper association rules. The association rules area unit deliberate through famous Unified Modeling Language. The current paper work is to the associate degree carrying out of Apriori algorithmic rule towards the information of EBDS. © 2020 IEEE.

Department of Digital Communications

School of Information Technology and Engineering

Vellore Campus

Department of Smart Computing

International Conference on Emerging Trends in Information Technology and Engineering, ic-ETITE 2020

Association Rule Modeling using UML and Apriori Algorithm

An image is a visual representation of something which consists of several pixels. Pixel is the smallest unit which has 4 values ARGB. Each component can take a value between 0 to 255 which can be manipulated to encrypt an image. In this paper we have suggested the Cryptography algorithm that uses the XOR effect on image pixels followed by an algorithm that uses music theory as its base. The encipher and decipher algorithm based on music theory. © 2020 IEEE.

IMGCRYPTO-XOR Algorithm using MUSIC Theory for secure medical data storage in cloud

Purpose: In this study, we discuss three DTN routing protocols, these are epidemic, PRoPHET and spray and wait routing protocols. A special simulator will be used; that is opportunistic network environment (ONE) to create a network environment. Spray and wait has highest delivery rate and low latency in most of the cases. Hence, spray and wait have better performance than others. This analysis of the performance of DTN protocols helps the researcher to learn better of these protocols in the different environment. Design/methodology/approach: Delay-Tolerant Network (DTN) is a network designed to operate effectively over extreme distances, such as those encountered in space communications or on an interplanetary scale. In such an environment, nodes are occasional communication and are available among hubs, and determinations of the next node communications are not confirmed. In such network environment, the packet can be transferred by searching current efficient route available for a particular node. Due to the uncertainty of packet transfer route, DTN is affected by a variety of factors such as packet size, communication cost, node activity, etc. Findings: Spray and wait have highest delivery rate and low latency in most of the cases. Hence, spray and wait have better performance than others. Originality/value: The primary goal of the paper is to extend these works in an attempt to offer a better understanding of the behavior of different DTN routing protocols with delivery probability, latency and overhead ratio that depend on various amounts of network parameters such as buffer size, number of nodes, movement ratio, time to live, movement range, transmission range and message generation rate. In this study, we discuss three DTN routing protocols: these are epidemic, PRoPHET and spray and wait routing protocols. A special simulator will be used; that is opportunistic network environment (ONE) to create a network environment. Spray and wait have highest delivery rate and low latency in most of the cases. Hence, spray and wait have better performance than others. This analysis of the performance of DTN protocols helps the researcher to learn better of these protocols in the different environment. © 2020, Emerald Publishing Limited.

World University root node

International Journal of Intelligent Unmanned Systems

A comparative study on delay-tolerant network routing protocols

With the rapid and fast development in the field of wireless technology, people life nowadays has undergone a great change. In recent time, comfort and safety of building environment have been become one of the biggest universal concern. However, fire is one of the greatest threats that has to be consider for building the safety measures. Based on consideration of this current issue on building security, we have proposed a new idea for monitoring fire in building using ZigBee network and ZigBee-WiFi gateway. This would transform ZigBee network into WiFi network. The structure of the proposed system and its advantages over the existing system is discussed in the pape. © BEIESP.

International Journal of Recent Technology and Engineering

Wireless networking sensor security to monitor fire in building

Techniques for hiding secret data or information play an important role with the rapid growth of multimedia content transfer and secret communications of data. Steganography is the art of hiding data or information in such a ways that prevent detection. Steganography is used for transferring hidden data in an appropriate carrier like audio, video, image etc from one place to other place through public channel. Many different carrier files can be used like audio, video, TCP/IP header file, but digital images are the most popular because images are used very frequency on internet now days. For hiding secret data or message in images, there is a large variety of Steganography techniques available and all of them have respective strong points and weak points. Different applications used for steganography technique have different requirements. In this paper we survey different steganography techniques for hiding the secret data and prosed a method by combining different methods. © BEIESP.

An approach for steganography in security systems

Hand segmentation becomes a challenging task due to uncontrolled environmental conditions, lighting, rapid motion of the hand and skin colour detection. This paper’s objective is to propose a saliency-based colour model algorithm for hand segmentation under constrained and non-constrained environments. We already have colour models for hand segmentation algorithms, but in this work, we are proposing a new model for the segmentation process. Researchers are actively engaged in hand segmentation to attain natural interaction with a machine. A secondary objective of this paper is to excel in the region of skin color detection for human-like interaction between the end user and the computer. Human-computer interaction is achieved by hand gestures. To make hand gesture identification accurate, we may need to segment the hand from the background. The proposed work in this paper leads to solving the first problem in human-computer interaction. © BEIESP.

High–significant ranwar datamining algorithm for biological data

Exchange of purchasing or selling online named E-business (Electronic trade), where it draws on advances, for example, versatile trade, electronic assets exchange, production network administration, Internet marketing, online exchange handling, electronic information exchange (EDI), stock administration frameworks, and mechanized information accumulation frameworks. Now-a-days the limitation between the e-commerce website and the social networking website is highly invisible. In social media, user can post their purchased products on micro blogs which will directly link into the e-commerce sites. We use feature-based matrix factorization method for user embeddings for cold start product recommendation. Then recommend a product to users at social networking sites based on micro blogs and rating of the product. © 2018 All rights reserved.

Department of Database Systems

School of Computer Science and Engineering

International Journal of Civil Engineering and Technology

A case study on commending user in social media based on user information and rating of product in interface forums

Spatial information have wide applications, e.g., location-based administrations, and geometric extend questions (i.e., finding focuses interior geometric zones, e.g., circles or polygons) are one of the crucial search capacities over spatial information. The rising request of outsourcing information is moving large-scale datasets, counting large-scale spatial datasets, to open clouds. In the interim, due to the concern of insider aggressors and programmers on open clouds, the protection of spatial datasets ought to be cautiously protected while questioning them at the server side, particularly for location-based and medical utilization. In this venture, we formalize the concept of Geometrically Searchable Encryption, and propose an productive plot, named FastGeo, to ensure the protection of clients' spatial datasets put away and questioned at a open server. With FastGeo, which is a novel two-level look for scrambled spatial information, an honest-but-curious server can productively perform geometric extend inquiries, and accurately return information focuses that are interior a geometric run to a client without learning delicate information focuses or this private inquiry. FastGeo bolsters self-assertive geometric regions, accomplishes sublinear look time, and empowers energetic overhauls over scrambled spatial datasets. Our conspire is provably secure, and our test comes about on real-world spatial datasets in cloud stage illustrate that FastGeo can boost look time over 100 times. © 2018 IAEME Publication.

Providing privacy and dimensional search on longitudinal data using safe computing: A case study

This paper presents the design and implementation of an IoT-based smart home intelligent system for monitoring the electrical energy consumption based upon the real time tracking of the devices at home. The proposed outcome of this paper aims at multiple benefits of saving on electricity bills of the home as well as keeps the users updated about their home security with an option of controlling the switching of the devices by using their simple toggle touch. Finally, this paper reduces electrical energy consumption. Smart home environments integrate multiple IoT devices and services that collect method and exchange information. They supply users many prospects to manage and adapt the standing of their home manually. For the detection of the human, PIR Sensor is used and for the security purpose, Gas Sensor is used in this paper. The main purpose of the Gas sensor is to detect the strong smells such as LPG, Hydrogen, Propane, Smoke, etc. In this model we have proposed an Ethernet based system that let users monitor real time switching information of the electrical devices and controlling them through an webpage as well as monitoring the security of their homes in case of unwanted entry . Our model uses gas sensor to check for gas leak at the users home, PIR motion sensors to check for the unwanted presence at their homes and also monitor and control the real time tracking and switching of all their electrical devices through an webpage. © 2018 IAEME Publication. All rights reserved.

Smart home observing and control security system: A case study

An Eminent technology paradigm called Cloud computing, which provides the vibrant resources on the demand basis.In Cloud computing, multiple cloud users can request a number of cloud services simultaneously. So there must be a provision that all resources are made available to requesting user in an efficient manner to satisfy their need. Resource allocation is based on the quality of service and service level agreement. It builds upon advances in virtualization and distributed computing to support cost efficient usage of computing resources. VM technology has been employed for resource provisioning. This paper primarily focuses on the allocation of Virtual Machine to the user; this work is that low priority jobs (deadline of the job is high) should not delay the execution of high priority jobs (deadline of the job is low) and to dynamically allocate VM resources for a user job within the deadline. The proposed threshold-based dynamic resource allocation scheme is implemented by using CloudSim, and experimental results show the proposed scheme can improve resource utilization and reduce the usage user cost. © 2016, International Journal of Pharmacy and Technology. All rights reserved.