Ảnh đại diện của chiranjibpatra
@chiranjibpatra
Cờ của India Calcutta, India
Member since Ngày 09 tháng 12 năm 2006
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chiranjibpatra

Trực tuyến Ngoại tuyến
I use tools like Weka, java, Matlab, Mathematica in my research work.I can work on writing great research paper, helping with assignments, as well as some real time projects related to data mining and Mathematics
$10 USD/giờ
16 đánh giá
4.0
  • 88%Các công việc hoàn thành
  • 100%Đúng ngân sách
  • 97%Đúng giờ
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Các đánh giá gần đây

Kinh nghiệm

Assistant Professor and HOD of Information Technology

Aug 2005

I have teaching experience in subjects like Theory of Computation, Programming Languages, Chemistry ,Physics and Mathematics. I also engage in research activities with hardware and software as a tool for research in sensor networks . My expertise is in Matlab, Mathematica, Java and tools like weka

Giáo dục

MTech

2001 - 2002 (1 year)

PhD

2011 - 2015 (4 years)

Các xuất bản

Geographic adaptive fidelity and geographic energy aware routing in ad hoc routing

Location based routing protocols are the kinds of routing protocols, which use of nodes' location information, instead of links' information for routing. They are also known as position based routing. In position based routing protocols, it is supposed that the packet source node has position information of itself and its neighbors and packet destination node.

Modified rumor routing for wireless sensor networks

Abstract Due to the limited processing power, and finite power available to each sensor node, regular ad-hoc routing techniques cannot be directly applied to sensor networks domain. Thus, energy-efficient routing algorithms suitable to the inherent characteristics of these types of networks are needed. However highly efficient data centric model of routing will improve the longevity of the network.

Using self organizing map in wireless sensor network for designing energy efficient topologies

There are many challenges involving WSN design such as the energy resources optimization, the robustness and the network coverage. We address here the problem of energyefficient topology design. A well designed dynamic topology and efficient routing algorithms may allow a large reduction on the energy consumption. As such type of network, the sensors are connected in an ad-hoc manner, without any deterministic way

An Energy Efficient Event Based Hierarchical Clustering Algorithm for Wireless Sensor Networks

WSN's present a new challenge in current research works due to their unlimited potential. Sensor nodes operate with limited battery power, which is seldom replaced or recharged. So, energy utilization is an important constraint in designing routing protocols in WSN. In this paper, we proposed an event based hierarchical cluster based routing algorithm with the objective of reducing the energy consumption for creating the routing topology .

Designing energy-efficient topologies for wireless sensor network: neural approach

Preserving energy or battery power of wireless sensor network is of major concern. As such type of network, the sensors are deployed in an ad hoc manner, without any deterministic way. This paper is concerned with applying standard routing protocols into wireless sensor network by using topology modified by neural network which proves to be energy efficient as compared with unmodified topology. Neural network has been proved to be a powerful tool in the distributed environment.

Analysing Topology Control Protocols in Wireless Sensor Network Using Network Evolution Model

In the study of wireless ad hoc and sensor networks, clustering is an important research problem as it aims at maximizing network lifetime and minimizing latency. A large number of algorithms have been devised to compute “good” clusters in a WSN but few papers have tried to characterize these algorithms in an analytical manner. In this paper, we use a local world model to understand and characterize the functioning of three tree based clustering algorithms.

Calculation of the Duty Cycle for BECA

Consumption of energy is one of the major problems in wireless sensor network, as sensor nodes driven on battery power. Therefore, it is intended to minimize the power consumption by putting the wireless interface of the sensor nodes in low power sleep mode. Wireless sensor networks constructed with hundreds and thousands of wireless sensor nodes and they deployed to solve different problems of our life

Vector ANT Colony Optimization and Travelling Salesman Problem

Fourth International Conference on Computer Science, Engineering and Applications (ICCSEA 2014), July 26 ~ 27 - 2014 Chennai, India

A reliable two-tier energy-efficient topology building algorithm for Wireless Sensor Networks

In spite of various constraints present in Wireless Sensor Networks (WSN), it has become popular in various application domains which need useful information. Among these constraints, energy conservation is the most important aspect. One of the known strategies to save energy and to prolong the lifetime of the WSNs is topology control. In this paper, a reliable energy-efficient topology control algorithm in wireless sensor networks is proposed.

Topology Management in Wireless Sensor Networks

Topology management is a key component of network management of wireless sensor networks. The primary goal of topology management is to conserve energy while maintaining network connectivity. Topology management consists of knowing the physical connections and logical relationships among the sensors and at the same time creating a subset of nodes actively participating in the network, thus creating less communication and conserving energy in nodes

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