Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more.
Course Hero has millions of course specific materials providing students with the best way to expand
their education.
Below is a small sample set of documents:
Purdue - ECE - 565
Sheet1clock/InstructionsLW R1, 0(R2)ADDI R1,R1,#1SW 0(R2), R1ADDI R2,R2,#4SUB R4,R3,R212345678IFIDEXMWBIFIDstallIF91011stallEXMWBstallstallIDstallstallstallIFstallEXMWBstallstallIDEXMWBstallstallIFIDstal
Purdue - ECE - 565
Name:_I. (5 0 p o in ts ) M u ltip le c h o ic e /s h o r t r e s p o n s e Q u e s tio n s (2 0 + 3 0 )a . P r o v id e o n e te c h n iq u e e a c h to a d d r e s s th e fo llo w in g ty p e s o f p ip e lin e h a z a r d s(1 ) W A W _ _ _ _ _ _ _ _
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiLecture TA: NoneFall 2011Course administration: via BlackboardAcknowledgements andDisclaimerSlides developed by Amir Roth of Universityof Pennsylvania with sources that includedUniversity of W
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiFall 2011Acknowledgements andDisclaimerSlides developed by Amir Roth of Universityof Pennsylvania with sources that includedUniversity of Wisconsin slides by Mark Hill,Guri Sohi, Jim Smith, and
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiLecture TA: NoneFall 2011Course administration: via BlackboardAcknowledgements and Disclaimer Slides developed by Amir Roth of University of Pennsylvaniawith sources that included University of
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiFall 2011Course administration: via BlackboardECE 565, Fall 20111Lots of Parallelism Last unit: pipeline-level parallelism Work on execute of one instruction in parallel with decode of next Ne
Purdue - ECE - 565
The Problem With In-Order Pipelinesaddf f0,f1,f2mulf f2,f3,f2subf f0,f1,f41 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16F D E+ E+ E+ WF D d* d* E* E* E* E* E* WF p* p* D E+ E+ E+ W Whats happening in cycle 4? mulf stalls due to RAW hazard OK, this is a
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiFall 2011ECE 565, Fall 20111This Unit: Dynamic Scheduling IIApplication Previously: dynamic schedulingOSCompilerCPUFirmwareI/OMemoryDigital CircuitsGates & Transistors Insn buffer + sche
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiFall 2011Course administration: via BlackboardECE 565, Fall 20111This Unit: Data/Thread Level ParallelismApplication Data-level parallelismOSCompilerCPUFirmwareI/OMemoryDigital Circuits
Purdue - ECE - 565
This Unit: CachesApplicationOSCompilerCPUFirmwareI/OMemoryMemory hierarchy conceptsCache organizationHigh-performance techniquesLow power techniquesSome example calculationsDigital CircuitsGates & TransistorsECE 565, Fall 20112Motivation
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay PaiFall 2011ECE 565, Fall 20111This Unit: Main MemoryApplicationOSCompilerCPUFirmware Memory hierarchy review Virtual memory Address translation and page tables Virtual memorys impact on caches
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiFall 2011ECE 565, Fall 20111This Unit: I/OApplication I/O system structureOSCompilerCPUFirmwareI/O Devices, controllers, and buses Device characteristics Disks I/O controlMemoryDigital
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiFall 2011ECE 565, Fall 20111This Unit: Multithreading (MT)Application Why multithreading (MT)?OSCompilerCPUFirmware Utilization vs. performance Three implementations Coarse-grained MT Fin
Purdue - ECE - 565
ECE565: ComputerArchitectureInstructor: Vijay S. PaiFall 2011ECE 565, Fall 20111This Unit: Shared Memory MultiprocessorsApplication Three issuesOSCompilerCPUFirmwareI/OMemoryDigital Circuits Cache coherence Synchronization Memory consist
Purdue - ECE - 565
ECE608, Homework #3 Solution(1) CLR 4.3-9T (n) = 3T ( n) + lg n.Change variables to m = lg n n = 2m .T (2m ) = 3T (2m/2 ) + m.Change functions to S (m) = T (2m ).S (m) = 3S ( m ) + m.2This is solvable by case 1 on the Master Theorem, since a = 3,
Purdue - ECE - 565
ECE608 Homework #4 Solution(1) CLR 5.1-3Perform two calls to BIASED-RANDOM obtaining two bits. The following outcomesare possible with the shown probability:1) 1 and 0 with probability = p(1 p)2) 0 and 1 with probability = p(1 p)3) 1 and 1 with prob
Purdue - ECE - 565
ECE608 Homework #5 Solution(1) CLR 6.1-6No, 23, 17, 14, 6, 13, 10, 1, 5, 7, 12 is not a heap because the heap property does nothold between the 4th element and its second child, the 9th element (i.e., 6 < 7).(2) CLR 6.1-7Let i represent the index of
Purdue - ECE - 565
ECE608 Homework #6 Solution(1) CLR 8.1-3If the sort runs in linear time for m input permutations, then the height h of thosepaths of the decision tree consisting of the m corresponding leaves and their ancestorsmust be linear. Hence, we can use the sa
Purdue - ECE - 565
ECE608 Homework #7 Solution(1) CLR 11.1-1To nd the maximum element of the set S , it requires searching the entire table Tin the worst case. Note that NIL is returned if there are no elements in the table T ;otherwise, the index to the largest element
Purdue - ECE - 565
ECE608, Homework #8 Solution(1) CLR 15.2-2MATRIX CHAIN MULTIPLY(A, s, i, j )1. if i = j2. then return Ai3. else X = MATRIX CHAIN MULTIPLY(A, s, i, s[i, j ])4.Y = MATRIX CHAIN MULTIPLY(A, s, s[i, j ] + 1, j )6.return MATRIX-MULTIPLY(X, Y )(2) CLR
Purdue - ECE - 565
ECE608, Homework #9 Solution(1) CLR 16.1-3Let S be the set of n activities. The obvious solution of using Greedy-ActivitySelector to nd a maximum-size set S 1 of compatible activities from S for the rstlecture hall, then using it again to nd a maximum-
Purdue - ECE - 565
Fall 2008ECE608, Homework #10 SolutionTuesday, December 9, 2008(1) CLR 22.1-6We are looking for a universal sink i.e., a vertex with in degree of |V | 1 and outdegree of zero. In the adjacency matrix the elements in row i represent the edges thatour
Purdue - ECE - 565
ECE608, Homework #11(1) CLR 24.1-3 The algorithm is not told m, but must terminate even so in m + 1 passes.(2) CLR 24.1-4(3) CLR 24.2-4(4) CLR 24.3-2(5) CLR 24.3-10(6) CLR 24-2(7) CLR 25.1-9(8) CLR 25.2-6(9) CLR 25.2-7(10) CLR 25-11
Purdue - ECE - 565
ECE608, Homework #11 Solution(1) CLR 24.1-3The proof of Lemma 24.2 shows that for every v , d[v ] has attained its nal value afterlength (any shortest-weight path to v ) iterations of Bellman-Ford. Thus after mpasses, Bellman-Ford can terminate. We do
Purdue - ECE - 565
Fall 2010ECE608, Homework #12 Solution(1) CLR 34.1-1(a) If Longest-Path P, then we can come up with an algorithm Longest-PathLength(G, u, v ).Longest-Path-Length(G, u, v )1. for k = |V | 1 to 12.do Ans = Longest-Path(G, u, v, k )3.if (Ans = yes)
National Cheng Kung University - ECON - 101
Ch8TRUE/FALSE QUESTIONS1.2.3.4.5.6.7.8.9.10.11.12.13.14.15.16.One reason that organizations need performance measures is to drive strategiesand organizational change.Data and measurement are equivalent.Information is derived from the
Berkeley - MUSIC - MUsic 20A
2011 . .> ^ >- z z X ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !q = 21044FP> > > > > > 5F> >>>>! ! ! ! 8->> ! ! ! ! ! ! P FP>>>> ^>>>! ! ! X X 12 F >
Berkeley - MUSIC - MUsic 20A
Phantom 2010 Percussion FeaturePaul RennickTranscription: mm 1 - 28 by the party chicken / mm 29 - end by Swanq = 178844 Snare Drum3>^ > >! ! X RLRLRrlRlrr llRlrrlrLedge3333^^^^>>! ! ! ! ! ! zzzzzzXX X X 6R l r
Fairfield - PHYSIC - 1
N ame_BlockonaninclineandPulleyProblems1)A5kgblockisdraggedupaninclinedplaneshownbelowataconstantspeedusingaforceof50N.(a)Determinetheforceoffrictionactingontheblock.(b)Determinethecoefficientofkineticfrictionbetweentheblockandthe incline.5 kg35o2
Fairfield - PHYSIC - 1
Chapter 3: Answer To Questions1. Either the sequence d2, d1 or the sequence d2, d2, d32. yes, when the vectors are in the same direction3. no4. (a) a and b are parallel; (b) b = 0; (c) a and b are perpendicular5. (a) yes; (b) yes; (c) n06. (a) , +;
Fairfield - PHYSIC - 1
Chapter 4Sample Problems1. A rabbit runs across a parking lot on which a set of coordinate axes has, strangelyenough, been drawn. The coordinates of the rabbits position as functions of time,t, are given byx = -0.31t2 + 7.2t + 28y = 0.22t2 9.1t + 30
Fairfield - PHYSIC - 1
Chapter 3Sample Problems1) What is the angle between a = 3.0i 4.0 and b = 2.0i + 3.0k ?j2) In the diagram vector a lies in the xy plane,has a magnitude of 18 units, and points in adirection 250o from the positive direction ofthe x axis. Also, vecto
Fairfield - PHYSIC - 1
Chapter 2Sample Problems1) (a) If a particles position is given by x = 4-12t +3t2 (where t is in seconds and x is inmeters), what is its velocity at t = 1s?(b) Is it moving in the positive or negative direction of x just then?(c) Is the speed increas
Fairfield - PHYSIC - 1
Name_Elementary Calculus- IntegrationIntegrate the following functions with respect to the appropriate variable1. 3x3 dx2. x dx3. 3x2 dx4. 4 dxx5. 3 dxx26. 4x4 +3x2 x dx7. x dx8. ex dx
Fairfield - PHYSIC - 1
Name_Unit 8- Chapter 15 & 16By the end of this unit you should be able toDefine the following terms:Conduction:Induction:Elementary Charge:Insulators vs. Conductors:Coulombs Law:Principle of Superposition:Electric Field:Electric Potential/Poten
Fairfield - PHYSIC - 1
N ame_DerivationsandNewtonsSecondLaw1)Deriveanexpressionintermsof ,g,and fortheaccelerationofablockof massMonaninclinesetatanangleof ifthecoefficientofkineticfriction betweentheblockandtheinclineis .M2 )AsphereofmassMisattachedbyastringoverapulley
Fairfield - PHYSIC - 1
N ame_NewtonsSecondLawProblemsIntroduction1)a)Aforceof50Nactsona5kgobject.Iftheobjectisinitiallyatrest,andthe forceactsfor10seconds,determinethefinalvelocityoftheobject.2)Aparticularrocketsenginecansupply200Nofpropulsiveforce.Iftherockethasamassof10k
Fairfield - PHYSIC - 1
Introduction to ForcesField Forces: No contact is necessary can act over spaceForce of gravitational attraction (Fg) (a.k.a. Weight)- Force of attractionbetween masses*Near the surface of the earthFg = mg, where m is the mass of the object in kg and
Fairfield - PHYSIC - 1
Fairport High SchoolAP Physics CCourse InfoINSTRUCTOR: Christian Bieg: , chris_bieg@fairport.monroe.eduphone: 421-2100, Fairport High SchoolTEXT: Fundamentals of Physics, 7th Ed.; Halliday, Resnick, & WalkerPREREQUISITES: Completion of Regents Physi
Fairfield - PHYSIC - 1
AP Physics C LAB REPORT FORMATLab information: Lab title, name, group members, date(s) of performing experimentI) AbstractThe abstract is a condensed version of the entire paper. It allows a reader to quickly understandthe purpose, methods, results an
Fairfield - PHYSIC - 1
Name_Elementary Calculus- Differentiation1. y(x)= 5x7. f(x) = 3t2/32. y(x) = 2x48. f(x) = 6x1/23. y(t) = 4x2 + 3x + 29. f(x) = 4x3 + 3x4. x(t) = 5t6 + 4t3 + 45. x(t) = 1t3(treat this function as itsequivalent x(t) = t-3)10. x(t) = 5t2 + 2t
Fairfield - PHYSIC - 1
Name_Electric Fields1) A 5.0C (micro-Coulolmbs) point charge is at the origin, and a -2.0C point chargeis on the x-axis at (3,0)m, as in the diagram.(0,4).P(3,0)+-X (m)(a) Determine the net electric field strength at point P.(b) If a -1.5C poi
Fairfield - PHYSIC - 1
Name_Coulombs Law1) An very small spherical object with a 6.0 nC charge is brought in contact withanother very small sperical object with a +3.6 nC charge.a) What is the final charge on each object once they reach equilibrium.b) How many charges are
Fairfield - PHYSIC - 1
Name_IdealGasLawPractice1)Precisely220.0mLofammoniaiscollectedat37 oCandapressureof.705metersofmercury.Whatisthevolumeofthegasat1.01x10 5Paofpressureandconstanttemperature?2)Aclosedmetalcylindercontainsairatapressureof123.96kPaandatemperatureof27.0o
Fairfield - PHYSIC - 1
Name_Newtons Law of Gravitation Problems1) A 2.0 kg block is placed between a 5.0 kg block and a 8.0 kg block that are 6.0 metersapart. Where would the 2.0 kg block have to be placed so the net force ofgravitational attraction acting on it was zero?2
Fairfield - PHYSIC - 1
Name_Circular Motion, Centripetal Force / acceleration1) A 1.5 kg steel ball is swung in a horizontal circle of radius 0.75 meters. A studenttimes ten revolutions with a stopwatch and gets a time of 8.5 seconds.a) Determine the tangential/translationa
Fairfield - PHYSIC - 1
Name_Kinetic Theory of Gasses1) An ideal gas is enclosed in a constant volume container. The pressure of the system is1.5 atm, volume is 2.5 liters and the temperature is 30oC.a) Determine the # of moles of gas enclosed in the container.b) Determine
Fairfield - PHYSIC - 1
Name_Archimedes Principle1) A raft is constructed of wood having a density of 600 kg/m3. Its surface area is 5.7 m2and its volume is 0.60 m3. When the raft is placed in fresh water of density 1.0 x 103kg/m3 to what depth does the raft sink in the wate
Fairfield - PHYSIC - 1
Name_AP Physics: Torque, Systems in Mechanical Equilibrium1) A force of 25 N is applied perpendicularly to a wrench that is 0.15 meters long totighten a nut. If the force is applied at the end of the handle as shown, determine thetorque created by the
Fairfield - PHYSIC - 1
Name_Ideal Gas Law Worksheet1) An ideal gas is enclosed in a constant volume container at a pressure of 0.7 atmand an initial temperature of 100oC. The pressure is then decreased to 0.512 atmwith a temperature of 0oC.a. If the pressure is then decrea
Fairfield - PHYSIC - 1
Name_Continuity Principle and Bernoullis Equation Practice1) Water ( = 1000 kg/m3) is flowing through a hose of cross sectional area3.14 x 10-4 m2 at a velocity of 10 m/s. (a) Calculate the flow rate in kilogramsper second of the flow. (b) If someone
Fairfield - PHYSIC - 1
N ame_Forcesatanglesotherthan0 o ,90 o ,180 o1)Determinethetensionactingineachoftheropesshownbelow.2 )A20kglawnmowerisbeingpushedaroundtheyardasshownbelow.Ifa100 Nforceisbeingappliedalongthehandleofthelawnmowerandtheforceofresistance betweenthemower
Fairfield - PHYSIC - 1
Name_Capacitance ProblemThree capacitors are connected as shown below.a) Find the equivalent capacitance of the combination.b) Find the total charge cored by the circuit.c) Find the charge stored and the potential difference across each capacitor.d)
Fairfield - PHYSICS C - ap
November 2010- AP Physics BSunMondayTuesdayWednesdayThursdayFriday1- B Day4- A Day5- B DayQs# 4, 6, 14, 16Ps # 10, 13, 15, 20, 25,58Read Chapt 5.3, 5.5-Assignment 5.3Qs#17Ps#56, 59Assignment 5.4Qs # 3, 5, 8Ps#27, 30, 61, 63, 68Read Cha
Fairfield - PHYSICS C - ap
October 2010-AP Physics BSunMondayTuesdayWednesday(fairportphysics.pbworks.com)ThursdayFridaySatSeptember 30thA-DayTest Chapters 2 & 3Read Textbook 4.0-4.1Intro to Forces3104-C DayTest CorrectionsRead Textbook 4.2-4.4Newtons 1st Law5-
Fairfield - PHYSICS C - ap
Assignments are due on the day the assignment is posted, except for labs which are performed on the day posted and due one week from thatdate!September 2010- AP Physics BSundayMondayTuesdayWednesdayThursdayFridaySaturday12345678- A DayOp
Fairfield - PHYSICS C - ap
AP PhysicsTentative ScheduleUnit 12-Period 7Fairportphysics.pbworks.comFriday-4/30-ATest Chapters 22, 23, & 24Read Textbook Chapter 27.1Black Body RadiationMonday-5/3-BRead Textbook Chapter 27.2,Photoelectric effectTuesday-5/4-CAssignment 27.1