International Journal on Recent and Innovation Trends in Computing and Communication ISSN 2321 – 8169 287 – 292 Volume: 1 Issue: 4 ________________________________________________________________________________ A STUDY OF ZIGBEE TECHNOLOGY Anshul agarwal1‚ Mukesh Agarwal2‚ Manju Vyas3‚ Richa Sharma4 1 Graduate Scholer ‚ Department of Computer Science and Engineering ‚ Jaipur Engineering College & Research Center‚ Rajasthan‚ India‚ anshul.agarwal1990@gmail.com 2 Associate Professor
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hinders its growth. By combining an infrastructure-based wireless network and a MANET‚ a wireless mesh network (WMN) presents a low-cost and fast deployment solution compared to an infrastructure. IEEE 802.11s introduces the unified channel graph (UCG)‚ which presents one mesh sharing the same preferences in the same channel‚ to handle several meshes spanning different channels. When forming a new mesh‚ the initial MP randomly decides a channel precedence value and embeds that value in the management
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Kaur Ravneet M-TECH‚ Computer Engg. Bhai Gurdas Institute of Engg and Technology‚ Sangrur‚ Punjab. ravneet.1530@gmail.com ABSTRACT Lots of attention is attracted by the WIMAX‚ recently in the Telecommunication community including researchers‚ Product developers and service providers. Numerous papers have been published on various design issues of WIMAX networks. Since the issues being discussed is usually ahead of product availability‚ most of these issues require simulation. It is important
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A Mesh of the New and the Old A human‚ by definition; “of or pertaining to the social aspect of people” (Merriam Webster). By composition merely “65 percent oxygen‚ 18.6 percent carbon‚ 9.7 percent hydrogen‚ 3.2 percent nitrogen” (madsci.org)‚ and an abundance of other trace elements. However‚ when you describe humanity as a whole‚ the perspective changes and describing it gets much more complicated than a simple definition‚ or a matrix of elements. This is because humanity can not exist without
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Hexagonal wire netting:http://www.huixinwiremesh.com/hexagonal-wire-netting-27.html is shaped metal wire woven mesh (hexagonal) created of barbed wire‚ wire diameter is diverse in line with the size of hexagonal. If it really is zinc coated wire metal Hexagon‚ wire diameter is utilised for v to 0.3mm v wires‚ if it’s a PVC-coated woven hexagonal wire mesh wire‚ use v to 0.8mm v PVC outdoors diameter (metal) lines. Screw in to the hexagonal shape‚ lines at the edge of your bounding box can be unilateral
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Hexagonal wire netting is shaped metal wire woven mesh (hexagonal) produced of barbed wire‚ wire diameter is distinct according to the size of hexagonal. If it truly is zinc coated wire metal Hexagon‚ wire diameter is utilized for v to 0.3mm v wires‚ if it is a PVC-coated woven hexagonal wire mesh wire‚ use v to 0.8mm v PVC outdoors diameter (metal) lines. Screw in to the hexagonal shape‚ lines at the edge on the bounding box can be unilateral‚ bilateral‚ Bian Si activities. Use: for raising chickens
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Using Ansys and Inventor | Yatharth Vora (11005909) Contents 1.Problem Description 3 2.Solution: 3 3.RESULTS 11 Table of figures: Figure 1:CAD DRAWING 3 Figure 2: VESSEL HEAD WITH HOLE 3 Figure 3: 3D VESEEL 4 Figure 4:VESSEL HEAD WITHOUT HOLE 4 Figure 5: ANSYS WORKBENCH VIEW 4 Figure 6: GEOMERTY IN ANSYS 4 Figure 7: ANSYS MESH VIEW 5 Figure 8: INLET AND OUTLET VALUES 6 Figure 9:CFX SOLUTION 6 Figure 10: MATERIALS SELECTION IN INVENTOR 7 Figure 12: MESH VIEW IN INVENTOR 8 Figure 11: PRESSURE APPLIED
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1 CHAPTER 1 INTRODUCTION The popular use of ball bearing for general industrial application can generally be associated with the late nineteenth century. With the increased usage and the increased sophistication of mechanical design came to necessity to predict their endurance capability. In this project an Effort has been put to analyze the deep groove ball bearing using finite element analysis the stress levels or displacement behavior of ball bearing. 1.1HARDNESS IN STEEL The
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Bibliography: COLLINS‚ J. A. (2010). Mechanical Design of Machine Elements and Machines. Lawrence‚ K. L. (2011). ANSYS Workbench Tutorial. SDC publications. M.N. Shesha Prakash‚ G. S. (2011). Mechanics of Materials. delhi: PHI Learning Private Limited. Negi‚ L. S. (2008). Strenth of Materials. Tata McGraw-Hill. MSc Automotive Engineering Page 27 DETERMINATION OF STRESSES
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Problem Description: The main objective of the assignment is to create a 3-D finite shell element model of a cantilevered structure that is formed by welding two steel channel sections of identical cross-section at an angle of 120˚ to each other‚ In order to analyse the 3-D shell elements of the cantilevered under two different load cases‚ the first case is to divide the load equally between the two legs of the channel section‚ and the second case is to apply all of the load in one leg. Also‚
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