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

Department of Computational Intelligence

School of Computer Science and Engineering

Vellore Campus

International Journal of Engineering and Advanced Technology

Web Scraping in Finance using Python

The evolution of Software Defined Network (SDN) and its guarantees in systems administration innovation has gotten each partner energized. Notwithstanding, it is trusted that each innovative advancement accompanies its own difficulties of which the most conspicuous for this situation is network security. This paper displays a continuous recognition of the disseminated forswearing of administration (DDoS) assaults on the SDN and a control strategy dependent on the sFlow moderation innovation. sFlow investigations tests of bundles gather information from the system traffic and creates dealing with guidelines to be sent to the central administrator in the event of an assault recognition method. The execution was finished by copying the system in Minimum which keeps running on a Virtual Machine (VM) and it was demonstrated that the proposed technique successfully distinguishes and mitigates DDoS assaults.

VIT Unitversity

International Journal of Engineering and Advanced Technology Regular Issue

SDN-Ddos - Detecting Ddos Attack in SDN using Sflow Mitigation Technology

In Wireless era, Cross-layer designing of transmission power assignment and power control is the critical issues in emerging wireless technology. Intelligent transmission power selection algorithm depends on the notion of Transmission Power (TXPOWER), energy, Received Signal Strength Indication (RSSI) and the distance. The decentralized network without load balancing leads to network partitioning, route reliability, link failure and retransmission occurs. This power control Cross-layer design used for communicating information among the intermediate layers. LOADPOWR CONTROL Transmission power assignment algorithm in wireless networks leads to the network more efficient by using PWmin and PWmax power control technique. Euclidean distance calculates appropriate distance between sender and receiver in the network. Path loss model used to calculate difference between transmission power and received power for the amount of mobile nodes present in the LOADPOWER network. The key concept is to improve the network throughput, delay, distance, saves energy by sending all the packets with optimal transmit power according to the network load. Simulation was done in NS-2 simulator.

World University root node

Lecture Notes in Engineering and Computer Science

Cross-layer design of power assignment and power balance in wireless ad-hoc networks

In Wireless era, Cross-layer designing of transmission power assignment and power control is the critical issues in emerging wireless technology. Intelligent transmission power selection algorithm depends on the notion of Transmission Power (TXPOWER), energy, Received Signal Strength Indication (RSSI) and the distance. LOADPOWR CONTROL Transmission power assignment algorithm in wireless networks leads to the network more efficient by using PWmin and PWmax power control technique. Euclidean distance calculates appropriate distance between sender and receiver in the network. Path loss model used to calculate difference between transmission power and received power for the amount of mobile nodes present in the LOADPOWER network. The key concept is to improve the network throughput, delay, distance, saves energy by sending all the packets with optimal transmit power according to the network load. Simulation was done in NS-2 simulator. © Research India Publications.

International Journal of Applied Engineering Research

Cross-layer design of power assignment algorithm in wireless ad hoc networks

In Wireless era, Cross-layer designing of transmission power assignment and power control is the critical issues in emerging wireless technology. Intelligent transmission power selection algorithm depends on the notion of Transmission Power (TXPOWER), energy, Received Signal Strength Indication (RSSI) and the distance. The decentralized network without load balancing leads to network partitioning, route reliability, link failure and retransmission occurs. This power control Cross-layer design used for communicating information among the intermediate layers. LOADPOWR CONTROL Transmission power assignment algorithm in wireless networks leads to the network more efficient by using PWmin and PWmax power control technique. Euclidean distance calculates appropriate distance between sender and receiver in the network. Path loss model used to calculate difference between transmission power and received power for the amount of mobile nodes present in the LOADPOWER network. The key concept is to improve the network throughput, delay, distance, saves energy by sending all the packets with optimal transmit power according to the network load. Simulation was done in NS-2 simulator. © 2014 IEEE.

International Conference on Communication and Signal Processing, ICCSP 2014 - Proceedings

Cross-layer design of a LOADPOWER control protocol - PWmin and PWmax transmission power assignment algorithm in wireless ad hoc networks

In wireless ad hoc network scenario, Cross-layer design is emerging, important in wireless ad hoc network and the power control methods. Power control is the intelligent selection of transmit power in a communication to achieve the better performance within the system. Cross-layer is used to sharing the information between the layers. Physical to Transport layer information are shared in this protocol, due to this cross-layering is designed to optimize the power control. CLD using LOADPOWER (LOADPOW) control protocol is reduce the overall end-end delay and the energy consumption using transmission power. The novelty of this work deals with both low and high transmission power control methodologies. So many power control schemes are dealt in MAC layer but this work, Power control protocol was done in network layer and it plays a vital role. A MAC approach to power control only does a local optimization whereas network layer is capable of global optimization. Simulation was done in NS-2 simulator with the performance metrics as improved throughput, energy consumption and end-end delay. The key concept is to improve the throughput, saves energy by sending all the packets with optimal transmission power according to the network load. A comparison of few protocols with Load Power Control Protocol (LPCP) was implemented and got the better performances using NS-2 simulator. © 2014 Science Publications.

Fulltext

Journal of Computer Science

C-load power control protocol-cross-layer design of a network layer load power control protocol in wireless ad hoc networks

Transmit power control is a prototypical example of a cross-layer design problem. Cross-layer design problem affecting all layers of the protocol stack from physical to transport, and affecting several key performance measures, including throughput, delay and energy consumption. It has some basic principles for power control is to increase the network capacity, reducing the transmit power level reduces the average contention of Medium Access Control (MAC) layer. It presents some protocols such as COMmon POWer (COMPOW), CLUSTER POWer (CLUSTERPOW) and MINimum POWer (MINPOW) which attempts to achieve several design objectives and perform several optimizations. The COMPOW protocol attempts to increase network capacity by choosing the common power level throughout the network duration. The CLUSTERPOW protocol provides joint solution to the power control, clustering and routing problem to maximize network capacity. The MINPOW, which globally optimizes the total energy consumption. In this paper we propose LOAD POWer (LOADPOW) power control protocol which adapts the transmit power according to the network load, avoids interference with traffic. We also perform the simulation of LOAD POWer with respect to throughput, energy consumption and delay and show that our protocol gives better performance than other protocol.