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

It has been highly prescribed that our network needs to be locked as the use of storing data on the network has increased the number of snoopers. When an unauthorized or an unwanted activity occurs in a computer system then we refer it as network intrusion. It may allow a third party network to peek into our data, steal the data as well as change it. Therefore, the need to secure our network is highly recommended. To achieve this level of security, different machine learning algorithms are used and compared. The several algorithms which are compared are Naïve Bayes, Decision Table, K-Nearest Neighbor, Random Forest and Ad boost. The motive of this comparison is to identify the best performance algorithm. The following best algorithm will provide the high network attack accuracy. The dataset is produced which may contain a variety of intrusions. Our system will provide detection of the vicious network and establish the type of attack that has occurred in the system. Likewise, we can protect break off spiteful connection and provide security to our system. © 2020 IEEE.

Department of Software and Systems Engineering

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

Forecasting of Network Intrusion by means of Efficient Machine Learning Algorithm

Right from the point when the customers are trading their own private / confidential information to any outsider or to the cloud, by then there is a lot of obligation with respect to both securities as well as consistency. The re-appropriating process is computationally secure on the off chance that it is majorly carried-out without divulging to the next outside operator or cloud server, either first information or the real answer for the calculations. Secure multiparty computation processes a specific capacity without uncovering their private data. Homomorphic encryption technology is another arrangement which can function well with this circumstance. In homomorphic encryption strategy, ciphertext ought to be sent-over to the cloud, the scientific calculations are carried out on the ciphertext itself. In the event that the resultant of the calculation is decrypted, the right plaintext outcome must be acquired. In this paper, an extensive state of the art review is presented to analyse the existing protocols in this domain. We given the comprehensive procedure of proposed Homomorphic Encryption protocol for cloud data security. Security analysis along with the experimental simulation results for our proposed procedure are also discussed in the paper. © 2020 IEEE.

World University root node

2020 11th International Conference on Computing, Communication and Networking Technologies, ICCCNT 2020

Privacy-Cheating Discouragement: A New Homomorphic Encryption Scheme for Cloud Data Security

When customers are transferring their private data to any third party, then there is much responsibility of both security and compliance. There exist hurdles in mainly two aspects - one is in the users' or customers point of view, where they want to ensure the privacy of its input parameters and results. Another is to cloud servers point of view, where cloud entity is worried about feasibleness of encrypted/transformed inputs and operating on them. Thus, users would not like to submit their private problem data inputs to the cloud. encrypting the private data prior to submission to cloud is a usual solution. Here in this paper, we have suggested a framework for cloud data security and presented the detailed construction of our proposed homomorphic encryption system. Along with that the security and correctness analysis of our proposed construction is given. The scheme satisfies both Additive and Multiplicative homomorphism properties. © 2019 Inderscience Enterprises Ltd.

Department of Software Systems

School of Computer Science and Engineering

International Journal of Cloud Computing

Secure cloud computing using homomorphic construction

Network is one of the rapid growing technology in Today's world. Network is attached in our life from small things to large things. Everywhere network is spreaded. where people are surrounded by network. We can get more advantage in various fields by using the network. But at the same time there is a lot of things is there to attack the security of the network. In this paper we discuss about the main common attacks in the network, about the causes of the attack and how to recover from that. So this will be helpful for the researcher to come up with the best prevention of the attacks in network.

International Journal of Engineering and Technology

Analysis of network security spasms and circumvention

Aim: In this era Cloud Auditing and IoT (Internet of Things) have become an essential part of daily life, but both Cloud Auditing and IoT are two distinct applications. This paper is going to draw once attention on cloud IoT paradigm which is defined as a combination of Cloud Auditing and IoT. Materials and Methods: examining the basic concepts of IoT and Cloud Auditing and discusses the reciprocity of IoT and Cloud Auditing and, it also details about future directions and open issues which are going to play a vital role in the building of upcoming internet. Paper here shows a timely presentation of technologies of Cloud IoT and also draws the attention towards the specific research challenges. Results: Incorporation of Cloud Auditing and IoT gives us several advantages and helps us in development of several appliances and applications. The standard challenges like security and privacy, heterogeneity, performance, authenticity and reliability, sensor networks, monitoring etc. the results are justified through two different graph they are- IoT vs Cloud Computing(Normalized google research trends) Comparison on the basis of publication. Conclusion:This paper shows the, the sid (literature) survey to indicate the integral phases of cloud and internet of things and the major operators for combining them into a separate environment. After the selection of the Cloud IoT paradigm empower various new applications, one focuses on the major research challenges and try to identify and analyze them and focus on the present time research instructions. © 2016, International Journal of Pharmacy and Technology. All rights reserved.

International Journal of Pharmacy and Technology

Incorporation of internet of things with cloud auditing

Proactive network offers several to communicate on protocol. Protocol has various features. Proactive protocol PNP is a general purpose communication. It has only one TCP port. Proactive communication is performed using proactive communication protocol. Procative network protocol is used over SSL. It uses ciphering which is used in order to perform secure communication. The IP address and TCP on which the message router is bound is printed on the standard output.

Advanced Materials Research

Study on Surveillance of Proactive Network Using Frame Work

In many services and applications the payload of the IP packet is almost of the same size or even smaller than the header. Over the end-to-end connection, comprised of multiple hops, these protocol headers are extremely important but over just one link (hop-to-hop) these headers serve no useful purpose. It is necessary to compress those headers, to save the bandwidth and use the expensive resources efficiently. To address this, we present an IP Header Compression (IPHC) technique for header compression. IEEE 802.11 (WLAN) is a technology that will play an important role in the next generations of wireless networks. WLAN technology doesnt support header compression techniques as part of the Medium Access Control layer at the moment. Header compression techniques such as IP Header Compression (IPHC) can be used to reduce the overhead of the IP-based traffic. The proposed system describes implementation of IPv4 and TCP header compression using IPHC as part of IEEE 802.11 MAC layer.

Department of Information Technology

Applied Mechanics and Materials

Ip Header Compression in IEEE 802.11 Mac Layer

Book issue and return tracking system is a database application. The main aim of this paper is to do all kind of transactions and to store the information of books and students and to retrieve all information and students should make use of all the books present in the library thereby various department students should get satisfaction. Here the code is generated making use of OpenESQL using Micro Focus Net Express 5.1 embedded in COBOL The Open ESQL is an interactive tool that makes it easy to Prototype SQL SELECT statements and test them against database Design SQL INSERT, UPDATE, and DELETE statements It inserts SQL queries into COBOL code and creates auxiliary code into COBOL code.

Open Esql Micro Focus Net Express Embedded in COBOL

“Biometrics” is used to detect an intruder based on anomaly intrusion detection system. A new technique is introduced that is user profiling based on Biometrics which is very accurate than Statistical profiling since they are based on behavioral characteristics of user. A new biometrics based technique, which can be used to detect intrusion without the need for any special hardware implementation and without forcing the user to do special actions. The techniques based on “keystroke dynamics” and “mouse dynamics” biometrics does not allow special hardware device for data collection and does not allow passive monitoring. Mouse dynamics is used in GUI base applications, whereas a keyboard is essential for command line base applications.

Enhanced Authentication Using Keystroke and Mouse Dynamics

The available bandwidth (avail-bw) in a network path is of major importance in congestion control, streaming applications, quality-of-service verification, server selection, and overlay networks. In a packet network, the terms bandwidth and throughput often characterize the amount of data that the network can transfer per unit of time. Bandwidth estimation are also important for traffic engineering and capacity planning support. We propose a QoS-aware routing protocol that incorporates an admission control scheme and a feedback scheme to meet the QoS requirements of real-time applications. Results of our experiments show that the packet delivery ratio increases, and packet delay and energy dissipation decrease significantly, while the overall end-to-end throughput is not impacted, compared with routing protocols that do no provide QoS support. Nevertheless, the load is better balanced in the network, therefore the network capacity is not overloaded. The result in more stable routes and less control traffic as almost no reconstructions are needed.