Design of Semen Straw Counting System Using Lab View | IJSTE JOURNAL VOL 2, ISS 7

Design of Semen Straw Counting System Using Lab View

The object counting and object detection are the necessary tasks in the field such as agriculture industries, manufacturing industry, biological sciences. Various techniques are discovered and still developing for counting purpose. The proposed algorithm is to count of the semen straws that held in a compact bunch by using image processing techniques. These straws are kept in the liquid nitrogen for the straw content preservation purpose. Safety requirements of the semen straws as well as workers working in the liquid nitrogen environment, a non-harming, short-term process for straw counting is required. So, the best possible way for straw counting is to use image processing. For counting straw, operations such as thresholding, segmentation, morphological processing, and color based segmentation, advanced morphological processing, etc. are useful. The objectives are to count the straws in the container that kept in liquid nitrogen without harming any straw. The counting algorithm evaluated using Vision Builder Automated Inspection, which is supported by LabVIEW.

This Article is Research By Phadatare Swati, Rajveer K, Aparna R, Vidya and published by IJSTE JOURNAL

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CALL FOR PAPER : Volume 2 | Issue 11 : May 2016

Power quality of Electronic Control System for Metal Halide HID Lamps | IJSTE JOURNAL VOL 2, ISS 8

Power quality of Electronic Control System for Metal Halide HID Lamps

Metal Halide (MH) High intensity discharge (HID) Lamp is widely used because of its high efficacy and light color spectrum. To operate these lamps an electronic control system is required. The Electronic control system involves high frequency switching due to which the input power factor on the ac side may get deteriorated. An active power factor correction is used to improve the power factor on AC side. The objective of this paper is to analyze the working of active power factor correction for MH-HID electronic control system. The simulation work is done by using PSIM simulation software.

This Article is Research By Ahteshamul Haque and published by IJSTE JOURNAL

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Analysis of Performance Under Attack for ZRP Protocol Compared to DSR Protocol In MANET | IJSTE JURNAL VOL 2, ISS 4

Analysis of Performance Under Attack for ZRP Protocol Compared to DSR Protocol In MANET

Mobile Ad-hoc network is characterized by Infrastructure Less nature. It is a collection of wireless mobile nodes dynamically forming a temporary network. Each node in MANETs can act as a router or host on the network. The nodes are free to move randomly. Mobile ad hoc networks (MANET) are characterized by rapid change, dynamic multi-hop topology. The main types of routing strategies are proactive, reactive and hybrid. Traditionally, routing protocols for ad-hoc wireless networks provide a non-adversarial environment and an environment of cooperative network. In practice, there may be malicious nodes seeking to disrupt network communication by the attacks launched in the network or the routing protocol itself.. The variation of the transmit power causes more fatal and difficult to detect the Sybil attack. In this paper, the Sybil attack is applied in two protocols viz. DSR and ZRP. Comparison of these two protocols under attack is made to analyze the behavior of the proactive and reactive protocol under attack.This paper, is a contribution in the field of MANET security and their requirements of applications. To access limitations, the mobile nodes have been studied in order to design a secure routing towards different kinds of attack.

This Article is Research By Namisha, Sahil Batra  and published by IJSTE JOURNAL

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Exergy Analysis on Shell & Tube Type Heat Exchanger | IJSTE JOURNAL VOL 2, ISS 1

Exergy Analysis on Shell & Tube Type Heat Exchanger

Energy consumption is the most important problem in the present day. The energy analysis gives only energy consumption and energy losses of systems. It does not provide information about internal inefficiency of equipment. The exergy analysis, when applied to process or a whole plant tells us how much is the usable work potential or exergy supplied as input to the system & consumed by process or plant.Unequal duration of the active and passive phases of the heat source, and consequently of the heat storage and discharge, is allowed. We have take all parametric data related to heat exchanger taken from NIRMA LTD Bhvnagar.After exergy analysis of shell and tube type heat exchanger We are to follow standard procedure for measuring exergy which I can get from reference paper which is related to exergy. I validate the reference paper related to exergy & getting exergy measuring data. we have analysis after exergy measure In this project taking cooling water inlet temperature 300 K & cooling water outlet temperature is 314 K and 1.7 bar pressure there are exergy is 25904.7 KW at a time efficiency is 30.0007% Take cooling water inlet temperature 302.1 K & cooling water outlet temperature is 315.5 there are exergy is 24002.9 KW at a time efficiency is 30.0256%.Take cooling water inlet temperature 302.9 K & cooling water outlet temperature is 316.1 there are exergy is 23356.2 KW at a time efficiency is 30.0782%.We have conclude that inlet

This Article is Research By Chetan Undhad, Prakash Patel, Nikul Patel, Piyush Savliya, Dhaval Timaniya and published by IJSTE JOURNAL

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A Review: New Evolution in Water World-Robotic Fish | IJSTE JOURNAL Volume : 2, Issue : 9

A Review: New Evolution in Water World-Robotic Fish

Author(s):

1. Pranay P. Gaikwad  
2. Prashant P. Bansod

Keywords:

Charging Hub, Robotic Fish, Sensors, TUNA Fish, Water World

Abstract:

The level of aquatic contamination in ports and other aquatic area is increasing unceasingly. The level of security of our sea region and other aquatic area can also be increase with the use of innovative technologies. These are the main driving force behind efforts to make more advance system for WATER WORLD. In this paper an innovative approach to robotic education is described by giving the idea of an autonomous ROBOTIC FISH. This paper mainly focuses on the developed robotic fishes and their architecture. Design of the robotic fish and its working is also described with the applications. Robotic fish is incredibly energy efficient and it would not affect aquatic life. The efficiency is essential to make sure that the pollution or pollutants detection sensors can navigate in the WATER WORLD for hours on end. Robotic fish gives cost-effective and ecofriendly sustainability.

Other Details:

Manuscript Id         : IJSTEV2I9002

Published in         : Volume : 2, Issue : 9

Publication Date : 01/04/2016

Page(s)                 : 1-5

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