LINEAR POSITION MEASUREMENT USING A MAGNETORESISTIVE SENSOR Abstract: A smart transducer used to measure the linear displacement of an object in a magnetic field is presented. The application is to be safely used for demonstration purposes in the Playpen laboratory. The system uses an array of five HMC1501 Magnetoresistive (MR) sensors to sense the position of a magnet attached to the moving object. The system also has the ability to monitor the ambient operating temperature and detect if it is
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CLAS 133A‚ Greek Art December 6‚ 2006 Ancient Crete: The Double-Axe and Minoan Linear A MFA object # 58.1009 Votive Double Axe Late Minoan I A‚ about 1550-1500 B.C.E From the Arkalochori Cave on Crete Gold When Heinrich Schliemann with his literal belief in Homer discovered Hissarlik (his Troy) and Mycenae‚ he opened up a whole new idea in classical archaeology- that of myths being reality. Before his discoveries‚ the earliest recorded date in Greek history was the 778 B.C.E- the
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Package ‘randomForest’ February 20‚ 2015 Title Breiman and Cutler ’s random forests for classification and regression Version 4.6-10 Date 2014-07-17 Depends R (>= 2.5.0)‚ stats Suggests RColorBrewer‚ MASS Author Fortran original by Leo Breiman and Adele Cutler‚ R port by Andy Liaw and Matthew Wiener. Description Classification and regression based on a forest of trees using random inputs. Maintainer Andy Liaw <andy_liaw@merck.com> License GPL (>= 2) URL http://stat-www.berkeley.edu/users/breiman/RandomForests
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------------------------------------------------- Statistical analysis of the relation between Crime Rate‚ Education and Poverty: USA‚ 2009 Sonarika Mahajan 100076 Research Question In this research paper‚ analysis is done to conclude whether the level of education and poverty influence the total crime rate in the United States of America. Using descriptive statistics such a mean‚ standard deviation‚ variance‚ histograms‚ scatter diagrams and simple linear regression analysis performed upon both independent variables
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17th International Mining Congress and Exhibition of Turkey- IMCET 2001‚ © 2001‚ ISBN 975-395-417-4 Optimum Blending of Coal by Linear Programming for the Power Plant at Seyitömer Coal Mine K.Erarslan‚ H.Aykul‚ H.Akçakoca & N.Çetin Dumlupınar University‚ Department of Mining Engineering‚ 43100‚ Kütahya‚ Turkey ABSTRACT: In this study‚ a linear programming model is developed to determine the optimum coal blend in terms of quality and quantity. Coal with various features is mined from different
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extended‚ assuming multiple-linear equation‚ an Ordinary Least Squared estimate which specified below: Where = The estimated Gross Domestic Product per capita growth (annual %). = The Investment in terms of Gross Fixed Capital formation (% of GDP). = The Labor force in terms of total (person). = The Export of goods and services (% of GDP). = The Import of goods and services (% of GDP). = The Gross Capital Formation (% of GDP). = The error term of the regression. In the research done by Basu
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|Sales Forecast in a Foundry Fab- A linear time series approach | |D9516914/羅振宇 | 1. Introduction Sales forecasting plays a crucial corporate role because it provides the basis for company-strategic decisions‚ including capacity preparation‚ inventory level‚ and capital expenditure
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Application of linear algebraic equation for chemical engineering problem The chemical engineering system models often outcome of set of linear algebraic equations. These problems may range in complexity from a set of two simultaneous linear algebraic equations to a set involving 1000 or even 10‚000 equations. The solution of a set two or three linear algebraic equations can be obtained easily by the algebraic elimination of variables or by the application of cramer’s rule. However for systems involving
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Linear Programming Model in Operation Research study is usually mathematical type of model which contains set of equations that represent objective function and constraints. The keywords in this article are Objective Function and Constraints‚ according to Heizer & Render (2008) Objective Function are mathematical expression expressed in linear programming designed to maximizes or minimizes some quantity‚ for example profit can maximized while the cost might be reduced. The objective function is also
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Linear Kinematics. Fielding a backhand requires acceleration and deceleration. The fielder must accelerate towards the ball and decelerate when approaching the ball to field it. Acceleration occurs in the first three phases of the backhand and deceleration occurs in the critical phase‚ drive phase‚ when the fielder picks up the ball with their glove. Acceleration helps the athlete gain distance between the fielding positon and the ball. This allows the fielder to get their glove in front of the
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