... consists of ten objects and can be described using two concepts, namely “d = 0” and “d = 1.” As already mentioned, two conflicts, namely objects x5 and x7, and objects x6 and x8, exist in the data ... amplitudes in bands less than ‘1X’ and ‘1X’ A1: the ratio of peak amplitudes in band ‘1X’ and its initial record (in good condition) A2: the ratio of peak amplitudes in bands ‘2X’ and ‘1X’ A3: ... 19.6) using classification codes 1, 2, 3, and Details of the discretization will not be discussed here As for attributes A5 and A6, and the decision attribute, they are transformed into integers using...
... with random wind gusts, mineral-processing plant with random grade ore, and phone network with random arrival times and call lengths 8 Modeling and Simulation of Systems UsingMATLABandSimulink ... thinking and systems approach facilitates us to have a thorough understanding of the basic structure of the system Modeling and Simulation of Systems UsingMATLABandSimulink 16 Husband Husband ... problems and learning from the results (Checkland, 1999, 2006; Checkland and Winter, 2000; Winter and Checkland, 2003) Soft system is a branch of systems thinking specifically designed for use and...
... actuator/suspension systems using ANSYS andMATLAB All chapters list and discuss the related MATLAB code, and all but the last three chapters list the related ANSYS code All the MATLABand ANSYS input codes, ... form using the MATLAB “ode45” command and “function” files Chapters 13 and 14 discuss the basics of static and dynamic analysis using finite elements, the generation of global stiffness and mass ... locations for the nine transfer functions usingMATLAB s “pzmap” command MATLAB is used to calculate and plot poles and zeros for values of damping greater than zero and we will see that additional real...
... actuator/suspension systems using ANSYS andMATLAB All chapters list and discuss the related MATLAB code, and all but the last three chapters list the related ANSYS code All the MATLABand ANSYS input codes, ... form using the MATLAB “ode45” command and “function” files Chapters 13 and 14 discuss the basics of static and dynamic analysis using finite elements, the generation of global stiffness and mass ... locations for the nine transfer functions usingMATLAB s “pzmap” command MATLAB is used to calculate and plot poles and zeros for values of damping greater than zero and we will see that additional real...
... Introduction to MATLABandSimulink What can you gain from the course ? Know what MATLAB/ Simulink is Know how to get started with MATLAB/ Simulink Know basics of MATLAB/ Simulink – know how ... explore MATLAB/ Simulink on your own ! Introduction to MATLABandSimulink Contents Introduction Getting Started Vectors and Matrices Built in functions MATLAB M–files : script and functions Simulink ... several windows – command history, command, workspace, etc • For Matlab Student – only command window Command window • Main window – where commands are entered Example of MATLAB Release 13 desktop...
... FORTRAN, etc., xxi xxii DSP UsingMATLABand Wavelets you should be able to pick up a MATLAB program and understand what it does If you are new to programming, you will find MATLAB to be a forgiving ... DSP UsingMATLABand Wavelets 3.18 3.19 3.20 3.21 3.22 3.23 3.24 3.25 3.26 3.27 3.28 3.29 3.30 3.31 Frequency magnitude response for a highpass filter 105 Passband, transition band, and ... UsingMATLABand Wavelets ISBN: 0-9778582-0-0 The publisher recognizes and respects all marks used by companies, manufacturers, and developers as a means to distinguish their products All brand...
... detail, and provide validation results of the MATLAB/ ADAMS model against the ADVISOR simulation data 4.1 MATLAB/ Simulink Model The powertrain components and control logics are modeled in MATLAB/ Simulink ... for the motorand the generator as described in section 3.3.2, and activates the motorand generator modes accordingly If all Boolean logic is satisfied for the motor or the generator, the AND gate ... softwares: MSC ADAMS and MATLAB/ Simulink The mechanical components of the vehicle body are created in MSC ADAMS, while powertrain components and power management logic are modeled in MATLAB/ Simulink Figure...
... commands to get one started on MATLAB Detailed descriptions and usages of the commands can be obtained from the MATLAB help facility or from MATLAB manuals Table 1.2 Some Basic MATLAB Commands ... 1.1 MATLAB BASIC OPERATIONS When MATLAB is invoked, the command window will display the prompt >> MATLAB is then ready for entering data or executing commands To quit MATLAB, type the command ... 12; 15; 18] MATLAB is case sensitive in naming variables, commands and functions Thus b and B are not the same variable If you not want MATLAB to be case sensitive, you can use the command casesen...
... commands to get one started on MATLAB Detailed descriptions and usages of the commands can be obtained from the MATLAB help facility or from MATLAB manuals Table 1.2 Some Basic MATLAB Commands ... 1.1 MATLAB BASIC OPERATIONS When MATLAB is invoked, the command window will display the prompt >> MATLAB is then ready for entering data or executing commands To quit MATLAB, type the command ... electrical and electronic circuits and systems Organization The book is divided into three parts: Introduction to MATLAB, Circuit analysis applications using MATLAB, and electronics applications with MATLAB...
... + + 20 = 210 3.4 INPUT/OUTPUT COMMANDS MATLAB has commands for inputting information in the command window and outputting data Examples of input/output commands are echo, input, pause, keyboard, ... 92, and 69 (a) Determine the number of students who attained the grade of A and F (b) What are the mean grade and the standard deviation? 3.5 Write a script file to evaluate y[1], y[2], y[3] and ... keyboard, break, error, display, format, and fprintf Brief descriptions of these commands are shown in Table 3.3 Table 3.3 Some Input/output Commands COMMAND DESCRIPTION break disp echo error format...
... the x- and y-axes, and add a grid to graphs In addition, there are commands for controlling the screen and scaling Table 2.1 shows a list of MATLAB built-in graph functions One can use MATLAB s ... command holds the current plot on the screen, and inhibits erasure and rescaling Subsequent plot commands will overplot on the original curves The hold command remains in effect until the command ... CHAPTER TWO PLOTTING COMMANDS 2.1 GRAPH FUNCTIONS MATLAB has built-in functions that allow one to generate bar charts, x-y, polar, contour and 3-D plots, and bar charts MATLAB also allows one to...
... frequency domain and by using the Kirchoff voltage and current laws The unknown voltages and currents are solved using matrix techniques Given a network function or transfer function, MATLAB has functions ... determination of the rms value and the average power MATLAB has two functions, quad and quad8, for performing numerical function integration 6.1.1 MATLAB Functions quad and quad8 The quad function ... ) and i (t ) = cos(120πt + 60 ) Determine the average power, rms value of v (t ) and the power factor using (a) analytical solution and (b) numerical so- For Figure 6.1, if lution Solution MATLAB...
... (i) can be used to analyze and synthesize control systems, (ii) can be applied to time-varying and nonlinear systems, (iii) is suitable for digital and computer solution and (iv) can be used to ... = R3 = 10 KΩ , C1 = C2 = µF , and L = 10 H, find and plot the voltage v ( t ) within the intervals of to s For Figure 5.11, if Solution Using the element values and Equations (5.36) to (5.38), ... MathWorks, Inc., MATLAB, High-Performance Numeric Computation Software, 1995 Biran, A and Breiner, M MATLAB for Engineers, Addison-Wesley, 1995 Etter, D.M., Engineering Problem Solving with MATLAB, Edition,...
... power transfer theorem, let us discuss the MATLAB functions diff and find 4.3.1 MATLAB Diff and Find Functions Numerical differentiation can be obtained using the backward difference expression ... In and ∑ V1 ∑ V2 V = ∑ V3 V ∑ n The solution to Equation (4.17) is [ I ] = [ Z ] −1 [V ] (4.18) In MATLAB, we can compute [I] by using the command I = inv ... Solution By inspection, Vb = V1 − V4 (4.31) Using Ohm’s Law Ia = V4 − V3 (4.32) Using KCL at node 1, and supernode 1-2, we get V1 V1 − V4 V − V3 + − 5Vb + =0 10 Using Equation (4.31), Equation (4.33)...
... characteristics and the locus that separates triode and saturation regions are obtained usingMATLAB Example 12.6 For an n-channel enhancement-type MOSFET with k n = mA / V and V = 15 V , use MATLAB ... stability factors are calculated using Equations (12.37), (12.39), (12,48) and (12.49) The changes in V BE and I CBO with temperature are obtained using Equations (12.32) and (12.33), respectively The ... to 200 and VCC is 10 ± 0.05 V I CBO is µA at 25 0C Calculate the collector current at 25 oC and plot the change in collector current for temperatures between 25 and 100 oC Assume V BE and βF...
... amplifier is at 200 Hz and the gain is - 500 The pole of the voltage amplifier and level shifter is 400 KHz and has a gain of 360 The pole of the output stage is 800KHz and the gain is 0.92 Sketch ... D.L and Belove, C., Electronic Circuits - Discrete and Integrated, 3rd Edition, McGraw Hill, 1989 Wait, J.V., Huelsman, L.P., and Korn, G.A., Introduction to Operational Amplifiers - Theory and ... following open-loop AO : 103, 105 and 107 Assume a unity gain bandwidth of f t = 10 Hz and resistance ratio, R2 has the following values: 10, R1 100, 1000, 10,000 and 100,000 11.7 An op amp with...