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

Predicting the peak time load among data center and distributing the load will minimize the usage of the power consumption and also will minimize the carbon emission from data center. Reducing the carbon emission by lessening the energy consumption in a data center will impact on environment which will lead to a reduced carbon footprint. The proposed Water Shower Model (WSM) with Circular Peak Time Services (CPTS) has reduced the execution time to 10 ms comparing with Round Robin Algorithm. The load is shared among the data centers by predicting the type of request by the user as Read Only Request (ROR) or Read Write Request (RWR). The ROR will assign the load to an optimized Container and the RWR will assign the load to a Virtual Machine. CPTS is a proposed model used to measure the carbon emission right from the idle state of the server in a datacenter and till it reaches the peak time of the load and vice versa. The advantage of existing Dynamic Voltage Frequency Scaling (DVFS) techniques is used in the proposed model to optimize the resource allotment and adjust the power and speed in computing devices which allocates only the required minimal amount of power for performing a task. © 2019 - IOS Press and the authors. All rights reserved.

Computer Science

School of Computer Science and Engineering

Chennai Campus

Journal of Intelligent & Fuzzy Systems

Reducing the carbon emission by early prediction of peak time load in a data center

Environmental warning is caused by IT industry which critically leads the global pollution with huge amount of toxic carbon emission which is drastically increasing day by day due to demand and usage raised. Due to the environmental warning the industries are in awful need of reducing the carbon foot print by inducing green computing. This paper has achieved green computing by implementing two different algorithms (1) Water Shower Model (WSM) and (2) Trigger—WSM load balancing algorithms, and two different techniques (3) Recommending Containers over virtual machine techniques and 4. DVFS (Dynamic Voltage Frequency Scaling) modeling. The observation between the recommendation systems for container over virtual machine for a sample of four containers with one application each and four virtual machine with one application each is monitored for carbon emission equivalent in kg co 2 for about 1 week is 14 kg co 2 for container and 84.4 kg co 2 for virtual machine, where a drastic difference in the amount of carbon emission is seen. So recommending container will be the best possible solution for the IT based on applications, by enforcing these ideas and techniques the carbon emission can be drastically decreased and the amount of carbon footprint in the atmosphere will also be reduced. The amount of power consumption utilized for the same model is 15.71367 W for container and 94.72667 W for virtual machine is also observed; in the field of IT the power consumption also to be taken into consideration for reducing carbon emission. The recommendation system along with the proposed algorithm will reduce the amount of carbon footprint in the environment. © 2019, Springer Science+Business Media, LLC, part of Springer Nature.

World University root node

Wireless Networks

Reduced carbon emission and optimized power consumption technique using container over virtual machine

Cloud load balancing is the process of distributing workloads across multiple computing resources in a cloud environment. Load distribution in cloud computing systems is more challenging than in other systems. The purpose of the paper is to address the issue of optimal task dispatching on multiple Virtual Machines (VM’s) with efficient power management. The prime goal is to address the load distribution in multiple VM’s and to propose an algorithm to maintain a minimized task response time and minimized power consumption using CloudSim cloud simulator. © IAEME Publication.

International Journal of Civil Engineering and Technology

A comparative analysis about load balancing algorithms using cloud simulator

An Emergency Position Indicating Radio Beacon or EPIRB is used to alert search and rescue services in the event of an emergency. When activated, such beacons send out a distress signal, which is monitored, and location of signal is triangulated. However, this service is mainly available for large entities like airplane and ships. Also, the EPIRB only transmits the location of the distress. The receiver of the signal has no clue about the nature and severity of the distress. In this project, using the power of Internet of things, we aim to build an Emergency Beacon that can be used by each and every individual in distress situations. The emergency beacon transmits the location of the device bearer, and the pictures of his surroundings, to one or more authorized Android devices, whenever the device bearer presses the button on the emergency beacon. The pictures of the surroundings of the emergency beacon will help the rescuer to know about the kind and severity of the distress situation, thereby aiding in better rescue. Also, the device sends periodic updates about the last known location of the device, to the server. Additionally, the authorized android device can also query the location of the device bearer at any point of time. The emergency beacon that we have built enables the device bearer to transmit a distress signal consisting of his location and photos of his surrounding conditions, to the authorized Android device in fewer than two minutes, following which the Android device bearer can send the necessary help to aid in the distress situation. The usability of the device can be further improved by investing in expensive and powerful GPS and camera modules, smaller components and better servers. Consequently, these improvements will help in reducing the size of the device, better location accuracy, higher resolution and wider-angle pictures and faster transmission of distress signals. © 2017 IEEE.

VIT Unitversity

2017 International Conference on Inventive Computing and Informatics (ICICI)

Raspberry Pi based real time tracking system

Cloud computing is the latest trend in large-scale distributed computing. It provides diverse services on demand to distributive resources such asservers, software, and databases. One of the challenging problems in cloud data centers is to manage the load of different reconfigurable virtual machines over one another. Thus, in the near future of cloud computing field, providing a mechanism for efficient resource management will be very significant. Many load balancing algorithms have been already implemented and executed to manage the resources efficiently and adequately. The objective of this paper is to analyze shortcomings of existing algorithms and implement a new algorithm which will give optimized load balancingresult.

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Asian Journal of Pharmaceutical and Clinical Research

ENERGY EFFICIENT LOAD BALANCING FOR CLOUD DATA CENTER

The main objective is to avoid the cramming in the car parking area by implementing an efficient car parking system along with a user-friendly application for an ease of use. Normally at public places such as multiplex theatres, market areas, hospitals, function-halls, offices and shopping malls, one experiences the discomfort in looking out for a vacant parking slot, though it’s a paid facility with an attendant/ security guard. The parking management system is proposed to demonstrate hazel free parking. The proposed system uses infrared transmitter-receiver pairs that remotely communicate the status of parking occupancy to the raspberry pi and displays the vacant slots on the display at the entrance of the parking so that the user gets to know the availability /unavailability of parking space prior to his/her entry into the parking place. Implementation involves minimal human interaction and provides a seamless parking experience thereby reducing a lot of time wasted by the user in parking his/her vehicle. © Research India Publications.

International Journal of Applied Engineering Research

RFID based smart car parking system

In this paper, we have proposed a technique using Raspberry Pi board as a small PC with Docker to implement the concept of virtualization. Docker which is used for running distributed applications in an open platform. This implementation shows how efficient it will be to implement server virtualization technique on simple computers like raspberry pi. The outcome will be a virtualized Raspberry Pi which will run various applications on the hypervisor. This method involves booting Arch Linux into the Raspberry Pi, and then installing a hypervisor into it. Virtual machines will be installed and keep running in the background. If the power consumed with virtualization is less than the power consumed when these processes are running in different hardware without any virtualization then it is concluded that virtualization is saving power and also reducing the hardware involved. Power monitoring software is used to measure the power consumed by the raspberry pi. © Springer International Publishing Switzerland 2016.

Proceedings of the 3rd International Symposium on Big Data and Cloud Computing Challenges (ISBCC – 16’) Smart Innovation, Systems and Technologies

Power Optimization System for a Small PC Using Docker

A Dynamic wireless network which is composed without any actual infrastructure is a mobile ad-hoc network (MANET). Every potential node in the network deports as a router. These mobile networks are much more vulnerable than wired networks because of their restricted physical security, power constraints, network topology which keeps altering dynamically, and due to improper centralized administration. This paper portrays few attacks on each of OSI's network layer. It also confines some of the attacks faced by MANET. These attacks include packet drop, flooding, black hole, link spoofing, and wormhole. The intention of this paper is to survey the attacks on mobile ad-hoc networks and routing protocols. © 2006-2015 Asian Research Publishing Network (ARPN).