monte carlo simulation using matlab pdf

... patients with ARC, central compartment [8] normal Monte Carlo Simulation impairment; 750 mg ceftolozane/tazobactam in Monte Carlo simulations using the population moderate renal impairment; 375 ... Complicated Population PK Model for Simulation Ceftolozane/ intraabdominal infection; Complicated urinary tract infection; ESRD; Gram-negative pathogens; Monte Carlo simulation; Renal impairment; Target ... 10.1007/s40121-016-0143-9 BRIEF REPORT PK/PD Target Attainment With Ceftolozane/ Tazobactam Using Monte Carlo Simulation in Patients With Various Degrees of Renal Function, Including Augmented Renal

Ngày tải lên: 04/12/2022, 16:01

... assigned a fitness score Using the fitness value attained by each chromosome, good chromosomes are selected to undergo reproduction Reproduction involves the creation of offspring using two operators ... concept This is achieved by using a simple but effective GA-based search engine Simplifying the decision rules discovered by the GA-based search engine This is realized using the Boolean algebraic ... 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

Ngày tải lên: 22/12/2013, 21:18

... MONTE CARLO SIMULATION OF MOLECULES AND IONS IN LIQUID WATER MICHAEL YUDISTIRA PATUWO NATIONAL UNIVERSITY OF SINGAPORE 2011 MONTE CARLO SIMULATION OF MOLECULES AND ... F F F F F F F F F F F F F F F F F F F F F F F F F F F F F F F F F F F Molecular Monte Carlo Simulation PFI PFP Simulation of Neutral Molecules QFI QFP QFQ QFR QFS QFT QFU QFV QFW i iv vii ix ... soluteEsolvent inter—™tion potenti—ls to sep—r—te wg simul—tionsF ell wg simul—tions were performed using — homegrown portr—nWH proE gr—m th—t —llowed ™hoi™e of solvent models —nd ™ustom inter—™tion

Ngày tải lên: 10/09/2015, 15:49

... SEPARATIONS IN PROTEIN SOLUTIONS: A MONTE CARLO SIMULATION STUDY LI JIANGUO NATIONAL UNIVERSITY OF SINGAPORE 2008 PHASE SEPARATIONS IN PROTEIN SOLUTIONS: A MONTE CARLO SIMULATION STUDY LI JIANGUO ... NOMENCLATURE ___________________________________________________ ABBREVIATIONS MC Monte Carlo GEMC Gibbs ensemble Monte Carlo GDI Gibbs-Duhem integration IgG Immunoglobulin G LLPS Liquid-liquid ... figures/tables Title of your thesis / dissertation Phase Separations in Protein Solutions: A Monte Carlo Simulation Study Expected completion date Jul 2009 Estimated size (number of pages) 160

Ngày tải lên: 14/09/2015, 14:06

... these drawbacks and improve the useful Monte Carlo simulation. CHAPTER 3. MONTE CARLO SIMULATION FOR PRICING EUROPEAN OPTIONS27 Chapter 3 Monte Carlo Simulation for Pricing European Options 3.1 Framework As ... problems. 2.3.3 Monte Carlo Simulation Monte Carlo Simulation is very useful in calculating the value of an option with multiple factors of uncertainty or with complicated features. The term ‘Monte Carlo ... Carlo, which can enhance the... Carlo simulation CHAPTER 3 MONTE CARLO SIMULATION FOR PRICING EUROPEAN OPTIONS27 Chapter 3 Monte Carlo Simulation for Pricing European Options

Ngày tải lên: 16/10/2015, 15:35

... ago Using Monte Carlo radiative transfer simulations,... backscattering coefficients were found to have a good correlation with their vertically weighed average values ix Monte Carlo simulation ... MONTE CARLO SIMULATION OF LIGHT PROPAGATION IN STRATIFIED WATER DEWKURUN NARVADA NATIONAL UNIVERSITY OF SINGAPORE 2005 MONTE CARLO SIMULATION OF LIGHT PROPAGATION ... column……………………… 49 IV Monte Carlo simulation of light penetration in water……………56 Section 4.1 Introduction…………………………………………56 Section 4.2 Random number generator………………………….56 Section 4.3 Monte Carlo method………………………………

Ngày tải lên: 26/11/2015, 12:54

... defined and calculated in closed form MATLAB code is used to plot the pole/zero locations for the nine transfer functions using MATLAB’s “pzmap” command MATLAB is used to calculate and plot poles ... z21 and z31 transfer functions It is easier to see where the extra zeros originate using the zpk form than using the tf form Comparing the undamped and damped numerators of the z31 zpk transfer ... s-plane P2.5 (MATLAB) Set m1 = m = m = , k1 = k = k = Modify the tdofpz3x3.m file to plot the poles and zeros of the undamped two dof system Identify the poles and zeros in the MATLAB output

Ngày tải lên: 05/05/2018, 09:35

... responses using asymptotes and pole/zero locations 3.4 Interpreting Frequency Response Graphically in Complex Plane There are many ways to plot frequency responses using MATLAB, as shown in the MATLAB ... given frequency graphically using the locations of the poles and zeros in the complex plane and then use MATLAB to plot Finally, mode shapes are defined, then calculated using transfer function information ... j)(±1, ±1.732) j (3.2) Instead of going directly into MATLAB to calculate and plot the frequency responses, we will first sketch them by hand, using information about the low and high frequency

Ngày tải lên: 05/05/2018, 09:35

... pole/zero plots for various transfer functions using the MATLAB code ndof_numzeros.m 4.2.1 MATLAB Code ndof_numzeros.m, Usage Instructions The MATLAB code is based on the ndof series system in ... of a tip-excited cantilever is analyzed The resulting transfer function magnitude is plotted using MATLAB to show an overlay of the poles of the “constrained” system and their relationship with ... how to predict their frequencies A MATLAB model is used to illustrate the guidelines for various combinations of input and output degrees of freedom Only the MATLAB code results are discussed;

Ngày tải lên: 05/05/2018, 09:35

... Hall/CRC 6.4 MATLAB Code tdofss.m – Frequency Response Using State Space 6.4.1 Code Description, Plot The four distinct transfer functions for the default values of m, k and c are plotted using MATLAB ... undamped tdof model using a symbolic algebra program and compare the answer with the solution presented in Chapter MATLAB code will be used to set up frequency response calculations, using the full ... 6.10 MATLAB Code tdof_ss_time_ode45_slnk.m – Time Domain Response of tdof Model 6.10.1 Equations of Motion Review There are several ways to numerically solve for transient responses using MATLAB

Ngày tải lên: 05/05/2018, 09:36

... Chapman & Hall/CRC mass and stiffness matrices can This leads to using what is called “proportional damping” in most finite element simulations If a mechanical system is designed with a specific ... elements, such as dashpots, result in complex modes and require state space solution techniques using the original coupled equations of motion Lightly damped structures are typically analyzed ... analyzed 4) Write the system matrix, A, by inspection Assemble the input and output matrices, B and C, using appropriate eigenvector terms Frequency domain and forced transient response problems can

Ngày tải lên: 05/05/2018, 09:36

... simulations are performed using finite element techniques, where the equations of motion are too numerous to be able to be used directly in MATLAB or in a servo system simulation Since modal analysis ... use MATLAB to solve for both frequency and time domain responses without knowing anything about eigenvalues and eigenvectors The reason we are going to this trouble is that most mechanical simulations ... create a state space model in MATLAB However, one may have the need to solve for eigenvalues and eigenvectors in state space form for a model that is not created using finite elements For this

Ngày tải lên: 05/05/2018, 09:36

... frequency response plot Then we will define a state space model, using the matrices defined in the section above Because we are using a 6x3 input matrix and a 3x6 output matrix, we have access ... eigenvectors, we enter a section of code that yields similar results to those resulting from an ANSYS simulation In the ANSYS case, we would have access to the eigenvalues and mass normalized eigenvectors, ... tdofss_eig; % % % note, this is the point where we would start if we had eigenvalue results from ANSYS, using the eigenvalues and eigenvectors to define state space equations in principal coordinates

Ngày tải lên: 05/05/2018, 09:36

... the forcing function and initial conditions described in Figure 12.1 MATLAB will then be used to solve the same equations using the ode45 function 12.2 Equations of Motion – Modal Form The applied ... vectors We are now ready to solve the problem % transient response using the ode45 command u = 1; ttotal = input('Input total time for Simulation, default = 10 sec, '); if (isempty(ttotal)) ttotal ... coordinates and the three individual mode responses in principal coordinates are calculated using MATLAB’s ode45 differential equation solver Four functions, listed separately in the following

Ngày tải lên: 05/05/2018, 09:36

... Derivation Solving the static equation is trivial using a computer, but doing a 4x4 inverse by hand is difficult, so we will reduce the problem to a 2x2 problem using static condensation Static condensation ... chapter will use element mass matrices to assemble global mass matrices and will introduce dynamics using finite elements 13.2 Six dof Model – Element and Global Stiffness Matrices z1 z6 k2 z2 m1 ... direction at both ends, hence a 2x2 stiffness matrix Each element stiffness matrix can be set up using the “inspection” method, by displacing first the left-hand dof for the first column, and then

Ngày tải lên: 05/05/2018, 09:36

... eigenvalue analysis in the book using MATLAB Further chapters will start with eigenvalue results from ANSYS models, which will be used to build state space MATLAB models These MATLAB models are then used ... cantilever is then solved for its eigenvalues by hand using Guyan reduction The same cantilever is solved for eigenvalues and eigenvectors using MATLAB and results are compared to the hand calculations ... serves as a bridge between carrying out analyses completely in MATLAB and using ANSYS results as the starting point for state space MATLAB models Hence, we will reintroduce ANSYS eigenvalue/eigenvector

Ngày tải lên: 05/05/2018, 09:36

... 11) will take place in MATLAB 15.6 MATLAB State Space Model from ANSYS Eigenvalue Run – cantbeam_ss_modred.m In this section we will create a MATLAB state space model using the eigenvalue and ... the eigenvalue extraction, which makes using MATLAB for state space frequency response models an efficient adjunct to ANSYS We will review how to have MATLAB build a state space model given only ... In order to eliminate this error, the MATLAB function “modred” is introduced and the theory behind the code is discussed Using “modred” is analogous to using Guyan reduction to reduce some less

Ngày tải lên: 05/05/2018, 09:36

... CHAPTER 16 GROUND ACCELERATION MATLAB MODEL FROM ANSYS MODEL 16.1 Introduction This chapter will continue to explore building MATLAB state space models from ANSYS finite element ... external vibration events The problem shows how to model ground acceleration forcing functions using ANSYS and MATLAB We will also see how to sorting of modes in the presence of a rigid body mode In ... large dc gain value © 2001 by Chapman & Hall/CRC 16.4 MATLAB State Space Model from ANSYS Eigenvalue Run – cantbeam_ss_shkr_modred.m The MATLAB code used in this chapter is very similar to the

Ngày tải lên: 05/05/2018, 09:36

... well using between and 20 modes of vibration (16 to 40 states), depending on what measure of “goodness” is used If we are interested in impulse response, we will see in the next chapter that using ... we will reach the same ranking conclusion using either dc gain or peak gain However, if we use non-uniform damping, peak gain ranking is required The MATLAB code will prompt for whether uniform ... included 3) sorted, truncated reduced model using the sorted model from 2) above (same as the “modred” “del” option) 4) sorted, “modred” “mdc” option reduction using the sorted model from 2) above The

Ngày tải lên: 05/05/2018, 09:36

... peak gain ranking methods using the disk drive actuator/suspension model from the last chapter We have developed a strong mental picture of ranking individual modes using dc and peak gains Furthermore, ... both controllability and observability in its ranking and overcomes the uncertainty involved in using either controllability or observability alone We will see that for the SISO actuator model ... techniques retain the identities of the individual modes Unlike SISO models, which can be easily ranked using simple dc and peak gain techniques, MIMO models will require the balanced reduction method

Ngày tải lên: 05/05/2018, 09:36