Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

AAAS 352.2011BB Key Terms for: NK Lecture/BB Notes on: "Yan'an Talks" & Mao-Era Literary TechniquesKALDIS 1_BB KEY TERMS FOR: AAAS 352: NK LECTURE/BB NOTES ON:"TALKS AT THE YAN'AN FORUM ON LITERATURE & THE ARTS, 1942" & NK's MAO-ERA LITERARY TECHNIQU

Michigan - ASIAN - 261

Wang Kuei and Li Hsiang-hsiang By Li Chi Translated by Yang Hsien-yi and Gladys Yang Originally published by Foreign Languages Press (Beijing, 1964) Reprinted online by the MCLC Resource Center, 2003. Part Two / Part Three PART ONE Landlord Tsui Collects

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Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

20TH-Century Chinese Literature In Translation:The 100 Flowers Movement & The Anti-Rightist Movement/Campaigns: "The Great Wind" By Chang Hsien-liangKaldis 1 "The Great Wind"By Chang Hsien-liang (Zhang Xianliang) Beginning on page 4 below, you will f

Michigan - ASIAN - 261

"Sacrifice to the Kitchen God" (published 1953) By Chin Chao-yang (Jin Zhaoyang)

Michigan - ASIAN - 261

20TH-Century Chinese Literature In Translation:LECTURE NOTES & KEY TERMS: The 100 Flowers Movement & The Anti-Rightist Movement/CampaignsKaldis 1_LECTURE NOTES & KEY TERMS: 1956-1957: The 100 Flowers Movement ( & The Anti-Rightist Movement/Campaign (

Michigan - ASIAN - 261

20TH-CENTURY CHINESE LITERATURE IN TRANSLATION: the 100 Flowers & Anti-rightist campaign: NK LECTURE.BB.NOTESKaldis 1_The 100 Flowers & The Anti-rightist Backlash Campaigns, 1956-'57 Zhou Enlai announced a newer, more liberal policy toward intellectual

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Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

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Michigan - ASIAN - 261

Michigan - ASIAN - 261

P-Mao Lit: Scars/Wounds & New RealismLecture Key Terms BBKaldis1LECTURE KEY TERMS BB LITERARY TRENDS & SCHOOLS OF THE POST-MAO ERA: SCARS/WOUNDS & NEW REALISM Following the downfall of the Gang of 4 in Oct. 1976, writers were encouraged to deal with a

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Michigan - ASIAN - 261

AAAS 352 / COLI 380H : 20TH-Century Chinese Fiction in TranslationPost-Mao Literary History: Roots-Seeking Literature: BB Lecture NotesKaldis1ASIAN 261 : 20TH-Century Chinese Fiction in Translation: Post-Mao Literary History: Roots-Seeking Literature:

Michigan - ASIAN - 261

Michigan - ASIAN - 261

Purdue - ECE - 382

ECE 382 Course OutlineTextbook: K. Ogata, "Modern Control Engineering," Fourth Edition, Prentice-Hall, Englewood Cliffs, NJ, 2002, ISBN: 0-13-060907-2.Lectures 1-4 5-7 8-9 10-12 13-14 15-17 18-20 21-25 26-29 30-33 34 35-36 37-38 39-40 41 42Topics Cours

Purdue - ECE - 382

Analogous SystemsSystems which are governed by the same type of differential equations are called analogous systems. Table 2.4Mechanical Elements - Inertial ElementInertial elements - masses and moments of inertia. The change in Force (Torque) required

Purdue - ECE - 382

ECE 382 NOTES ON ANALOGOUS SYSTEMSSystems that are governed by the same type of differential equations are called analogous systems. If the response of one physical system to a given excitation is found, then the response of all other systems that are de

Purdue - ECE - 382

Block DiagramsSignal Flow GraphsThe block diagram is useful for graphical representation of a control system. However, for a very complicated system, the block diagram reduction method to find the overall transfer function becomes too time consuming. We

Purdue - ECE - 382

ECE 382REVIEW OF SOLUTIONS OF LINEAR ORDINARY DIFFERENTIAL EQUATIONS WITH CONSTANT COEFFICIENTSWe shall consider ordinary differential equations of the form dnx d n-1 x dx + an-1 n-1 + + a1 + a0 x = q(t) (1) n dt dt dt where the coefficients a0 , a1 , .

Purdue - ECE - 382

ECE 382Spring 2010FEEDBACK SYSTEM ANALYSIS AND DESIGNEngineering Science: 2.0 credits Engineering Design: 1.0 credit Prerequisite: ECE 301 or equivalent. Class Hours: Regular: MWF 9:30-10:20 AM, in MSEE B012 Modularized: MTWThF 4:30-5:30 PM, in EE 236

Purdue - ECE - 382

ECE 382 Laplace Transform LSome Useful FormulaeSpring 2010d f (t) = sF (s) - f (0); dt 1 ; (s + a) ; s2 + 2Ld2 f (t) = s2 F (s) - sf (0) - f(0) 2 dtL e-at =L tn e-at = L [cos t] =n! (s + a)n+1 s s2 + 2L [sin t] = Second-order Systems2 n C(s) =

Purdue - ECE - 382

ECE 382Homework 1Due: Friday, January 15, 20101) The switch has been open for a long time before it is closed at t = 0.+ i1 E v1 _ + C1 t=0 _ R1 R2 i2 C2 v2a) Find v1 (0+ ), v2 (0+ ), i1 (0+ ), and i2 (0+ ). b) Find a second-order differential equati

Purdue - ECE - 382

ECE 382Homework 2Due: Tuesday, January 19, 2010L + v(t)1) Given an RLC circuit as shown with v(t) as input and vc (t) as output.~iCVc _(a) Draw a block diagram of the system without any manipulation or reduction of the blocks, R Vc (s) from your

Purdue - ECE - 382

ECE 382 1) Find the control ratios Mason's gain formula.Homework 3C1 (s) C1 (s) C2 (s) R1 (s) , R2 (s) , R1 (s) ,Due: Thursday, January 21, 2010 andC2 (s) R2 (s)for the block diagram shown below. Use H1 R1 1 G1 1 R2 H4 G4 1 1 H2 1 C1 G2 G3 C21 H3

Purdue - ECE - 382

ECE 382Homework 4Due: Tuesday, Jan. 26, 20101) Obtain the transfer function Xo (s)/Xi (s) for each of the three mechanical systems shown below. Also obtain their force-voltage analogous systems.2) For Figure 3-79 in your textbook (Problem B-3-14 on pa

Purdue - ECE - 382

ECE 382Homework 5Due: Wednesday, February 3, 20101) An ECE 382 student is trying to design a unity negative feedback control system that will have an underdamped response to a step input. He/She came up with 4 different closedloop poles for his/her sys

Purdue - ECE - 382

ECE 382Homework 6Due: Thursday, Feb. 4, 20101) A unity feedback system has an open-loop transfer function: G(s) = 6(s + 4) s(s2 + 2)(s + 3)a) Determine the static position error constant K p , the static velocity error constant Kv , and the static acc

Purdue - ECE - 382

ECE 382Homework 7Due: Friday, Feb. 5, 20101) The open-loop transfer function of a unity feedback control system is: G(s) = K(s + 1)(s + 2) s(s - 1)(s + 3)(s + 7)Determine the range of values of K within which the closed-loop system is stable. 2) Deter

Purdue - ECE - 382

ECE 382Homework 8Due: Monday, Feb. 8, 20101) Do the following problems in your textbook (4th edition; see the attached sheets): B-6-5, B-6-9, and B-6-11. 2) Sketch the root locus for the following feedback systems whose open-loop transfer functions are

Purdue - ECE - 382

ECE 382Homework 9Due: Wednesday, Feb. 16, 20101) Sketch the magnitude and phase angle plots for H(s) = 10(s + 10)2 . s(s + 1)If the input to the system is x(t) = 10 sin(t), what is the steady-state output, yss (t)?x(t) h(t) y(t)2) The magnitude plot

Purdue - ECE - 382

ECE 382Homework 10Due: Friday, Feb. 19, 20101) For each of the following open-loop transfer functions (for K > 0), (a) Sketch the Nyquist plot, (b) Determine whether the system is stable from part (a), (c) Check your answer to part (b) by applying the

Purdue - ECE - 382

ECE 382Homework 11Due: Monday, March 1, 2010Compensator R(s) + Gc(s) volts M(s) voltsActuator 0.5Carburetor 1 s Engine torqueEngine and load 25 0.5s+1Speed km/h C(s)Throttle position, cm sensor 0.4Consider the automobile cruise-control system as

Purdue - ECE - 382

ECE 382Homework 12Due: Thursday, March 4, 2010(I) Consider the automobile cruise-control system as shown in HW#11. Assume that the sensor gain H(s) = 1 rather than the value of 0.4 as shown in the figure. The design specifications are given as: (1) Pha

Purdue - ECE - 382

Introduction to Control Systems Plant a piece of equipment to perform a particular operation. Process any operation to be controlled. Systems - a system is a combination of components that act together and perform a certain objective. Feedback control is

Purdue - ECE - 382

Modeling DC MotorsModeling Write differential equations to describe the dynamic behavior of a physical system. The differential equations are then used to analyze the "expected" performance of the physical system. Two configurations for control:Armature

Purdue - ECE - 382

Complex FunctionsTransfer FunctionsA rational transfer function is a complex function that can be described either as a ratio of 2 polynomials in s G(s) = N(s) bm sm + bm-1 sm-1 + . . . + b1 s + b0 = D(s) an sn + an-1 sn-1 + . . . + a1 s + a0A complex

Purdue - ECE - 382

ECE 382 Poles, Zeros, Open-Loop Poles, and Closed-Loop Poles Poles and ZerosA complex function F(s), which is a function of s, has a real part and an imaginary part as F(s) = real part + imaginary part = Fx + jFy where Fx and Fy are real numbers. The mag

Purdue - ECE - 382

ECE 382 Poles, Zeros, Open-Loop Poles, and Closed-Loop Poles Poles and ZerosA complex function F(s), which is a function of s, has a real part and an imaginary part as F(s) = real part + imaginary part = Fx + jFy where Fx and Fy are real numbers. The mag

Purdue - ECE - 382

Feedback Control System CharacteristicsWhy study feedback control systems?R(s) R(s) G(s) C(s) vs. + E(s) _ G(s) C(s)Sensitivity AnalysisFor a system to perform well, it must be less sensitive to parameter variation. We would like to analyze how the va

Purdue - ECE - 311

Purdue - ECE - 311

ECE311 Test 1 September 21, 2005Name:ID:Problem 1 2 3 4 TotalABET Outcome 1 1 1 1Points 25 20 35 20 100Score11. (25 points) Charge density 0 C/m2 exists on the x = a and x = -a planes for -h z h. Find the force on a charge of Q Coulomb located at

Purdue - ECE - 311

Purdue - ECE - 311

ECE311 Final Exam December 13, 2005Name:ID:Problem 1 2 3 4 5 6 7 8 9 10 TotalABET Outcome 6 6 6 8 8 7 6 1 1, 2, 3, 4 3, 4, 5Points 15 13 7 7 7 13 6 10 12 10 100Score11. (15 points) A plane wave is incident normally on an infinite planar perfect (e

Purdue - ECE - 311

ECE311 Electric and Magnetic Fields Spring 2010Class MWF - 11:30 am - 12:20 pm MSEE B012 Professor Kevin J. Webb Office: EE 314 Ph: 49-43373 Email: webb@purdue.edu Office hours: Tu 4:00 pm - 5:00 pm W1:30 pm - 2:20 pm F8:30 am - 9:20 am and by email appo

Purdue - ECE - 311

ECE311 Test 1 October 2, 2007Name:ID:Problem 1 2 3 4 TotalABET Outcome 1 1 1 1Points 10 10 10 10 40Score11. (10 points) A uniform charge density 0 C/m2 exists on the x = a plane and -0 C/m2 on the x = -a plane, and these are infinite in extent in