Penn State - C E - 361

Penn State - C E - 361

Penn State - C E - 361

CE 361: Water Resources EngineeringAssignment 1, Due: Thursday, Sept. 13New York Water Supply Case StudyStudent _Learning ObjectivesWhen you have completed this case study assignment you should understand and be able to apply the following co

Penn State - C E - 361

Efficient use of available freshwater is of increasing importance in many parts of the world. For the US this means in particular states in the Western and Southern parts of the country. These regions generally experience less rainfall than other par

Penn State - C E - 361

CE 361: Water Resources EngineeringAssignment 3 Due: Thursday, October 11thREMINDER OF HOMEWORK `RULES'Homework will be assigned bi-weekly and is due at the beginning of class on the Thursday of the subsequent week. Late homework will not be acce

UCF - PSY - 2012

General Psychology PSY 2012 Based On: INTRODUCTION TO PSYCHOLOGY HILGARD AND ATKINSON 14TH EDITIONDR. CYRUS AZIMI Teaching Assistant: Min Cheng MinCheng2007@yahoo.com Andres Quintero Andres.psy2012@gmail.com Mike Sweeney tamikesweenet@gmail.com Off

Cal Poly Pomona - CIS - 310

Which IS manager is responsible for managing a particular new systems project?Selected Answer: Question 2 Multiple ChoiceProject manager 1 of 1 pointsWhile some IS professionals have only technical skills, others stand out for having a quality

UCF - ARH - 2050

History of Western Art IProf. Margaret Ann Zaho ARH 2050.B001 Summer B 2008Course Information: Course name: History of Western Art I Course id and section: ARH 2050.B001 Semester /Year: Summer 2008 Class meeting days: MTWTH 10:00 11:50 Course mee

UCF - ARH - 2050

History of Western Art I Prof. Margaret ZahoCourse Image List: History of Western Art IYou are required to know all of the information listed here as well as the relative size and medium of each object. You must also know the maps and relevant geo

UCF - ARH - 2050

History of Western Art I Prof. Margaret ZahoCourse Image List: History of Western Art IYou are required to know all of the information listed here as well as the relative size and medium of each object. You must also know the maps and relevant geo

Berkeley - EE - 40

UNIVERSITY OF CALIFORNIA, BERKELEY College of Engineering Department of Electrical Engineering and Computer SciencesEE40 Homework 1Summer 2008Due 5:00PM on Wednesday, July 2nd, 2008 in the "EE40" box in 240 Cory 1. Problem 1.7 (Hambley, 4th Edi

Berkeley - EE - 40

UNIVERSITY OF CALIFORNIA, BERKELEY EE40 Summer 2008 Lab 2Equivalent Circuits GuideImportant Notes Please make sure the current limit set higher than the current required by the circuit but lower than 2 amps. This is to ensure that you provide y

Berkeley - EE - 40

UNIVERSITY OF CALIFORNIA, BERKELEY EE40 Summer 2008 Lab 1 Introduction to Circuits and Instruments Guide1. Objectives The electronic circuit is the basis for all branches of electrical engineering. In this lab, basic electronic circuit theory, elect

Berkeley - EE - 40

UNIVERSITY OF CALIFORNIA, BERKELEY EE40 Summer 2008 Lab 1 Introduction to Circuits and Instruments PrelabName_ Session/TA_1. Two resistors are connected in parallel to an ideal voltage source of 5 V. Choose the value of R2 so that the total current

Berkeley - EE - 40

UNIVERSITY OF CALIFORNIA, BERKELEY EE40 Summer 2008 Lab 1 Introduction to Circuits and Instruments ReportName/SID: _ Name/SID: _ Section/TA: _ Part I: Instrument practice (a) Record the voltages measured from the instruments below Power Supply Multi

Berkeley - EE - 40

Name:_ Student ID:_ Section:_ Date:_UNIVERSITY OF CALIFORNIA, BERKELEY EE40 Summer 2008 Lab 2Equivalent Circuits PrelabNOTE: Many of these theoretical values will be used in your lab. Please record your theoretical values in questions 2 and 5 of

Berkeley - EE - 40

Name:_ Student ID:_ Name:_ Student ID:_ Section:_ Date:_UNIVERSITY OF CALIFORNIA, BERKELEY EE40 Summer 2008 Lab 2Equivalent Circuits ReportEquivalent Resistor Networks1) Step1: Max Current through resistor network:_ 2) Step 2: Resistance acros

Berkeley - EE - 40

UNIVERSITY OF CALIFORNIA, BERKELEY College of Engineering Department of Electrical Engineering and Computer SciencesEE40 Homework 2Summer 2008Due 5:00PM on Wednesday, July 9th, 2008 in the "EE40" box in 240 Cory 1. Problem 2.58 (Hambley, 4th Ed

Berkeley - EE - 40

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine StructuresLecture 15 Floating Point I 2008-02-27TA Ordinaire Dave JacobsQuote of the daywww.ocf.berkeley.edu/~djacobs "Doomsday" Seed Vault Opens"The seed bank on a remote island near the Arctic O

Berkeley - CS - 61c

UC Berkeley CS61C : Machine StructuresLecture 16 Floating Point II 2008-02-29inst.eecs.berkeley.edu/~cs61cReviewExponent tells Significand how much (2i) to count by (., 1/4, 1/2, 1, 2, .) Floating Point lets us: Represent numbers containing

Berkeley - CS - 61c

UC Berkeley CS61C : Machine StructuresLecture 17 Instruction Representation III 2008-03-03TA Matt Johnsoninst.eecs.berkeley.edu/~cs61c-tminst.eecs.berkeley.edu/~cs61ciPhone games! (and general SDK) Apple is (finally) releasing an iPhone Softw

Berkeley - CS - 61c

UC Berkeley CS61C : Machine StructuresLecture 17 Instruction Representation III 2008-03-03TA Matt Johnsoninst.eecs.berkeley.edu/~cs61c-tminst.eecs.berkeley.edu/~cs61cReview MIPS Machine Language Instruction: 32 bits representing a single inst

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61c CS61C : Machine StructuresReview C program: foo.c Compiler Assembly program: foo.s Assembler Object(mach lang module): foo.o lib.o Executable(mach lang pgm): a.out Loader Memory Linker Lecture #20 Introduction

Berkeley - CS - 61c

3/14/08inst.eecs.berkeley.edu/~cs61cReview ISA is very important abstraction layerContract between HW and SWCS61C : Machine StructuresLecture #21 State Elements: Circuits that Remember 2008-3-14 Scott Beamer, Guest Lecturer3.141592653589

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine StructuresLecture #1 Introduction 2008-01-23"I stand on the shoulders of giants."There is one handout today at the front and middle of the room!Lecturer SOE Dan Garcia www.cs.berkeley.edu/~ddgarc

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine Structures2007-01-25Review Continued rapid improvement in computing 2X every 2.0 years in memory size; every 1.5 years in processor speed; every 1.0 year in disk capacity; Moores Law enables proces

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine StructuresNumber review.META: We often make design decisions to make HW simpleLecture 3 Introduction to the C Programming Language (pt 1) 2008-01-28Hello to Dev Anand from Pune, Maharashtra, INDI

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine StructuresMore C Pointer Dangers Declaring a pointer just allocates space to hold the pointer it does not allocate something to be pointed to! Local variables in C are not initialized, they may cont

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine StructuresReview Pointers and arrays are virtually same C knows how to increment pointers C is an efficient language, with little protection Array bounds not checked Variables not automatically in

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine StructuresReview Use handles to change pointers Create abstractions (and your own data structures) with structures Dynamically allocated heap memory must be manually deallocated in C. Use malloc()

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine StructuresReview C has 3 pools of memory Static storage: global variable storage, basically permanent, entire program run The Stack: local variable storage, parameters, return address The Heap (dyn

Berkeley - CS - 61c

inst.eecs.berkeley.edu/~cs61cCS61C : Machine StructuresLecture 8 Introduction to MIPS Assembly language : Arithmetic 2008-02-08Ni Hao to Yi Chen from CHINA!Review Several techniques for managing heap w/ malloc/free: best-, first-, next-fit,

Berkeley - CS - 61c

UCBCS61C:MachineStructuresLecture9IntroductiontoMIPS DataTransfer&DecisionsI LecturerSOE DanGarcia HitoNickCarlsonfrom UNorthernColorado inst.eecs.berkeley.edu/~cs61cReview InMIPSAssemblyLanguage: Registersreplacevariables OneInstruction(s

Berkeley - CS - 61c

UCBCS61C:MachineStructuresLecture10IntroductiontoMIPS DecisionsII LecturerSOE DanGarcia Obamasweeps8thstate inarow;it'sgettingtight! inst.eecs.berkeley.edu/~cs61cReview Memoryisbyteaddressable,butlwandswaccessonewordatatime.20080213 A

Berkeley - CS - 61c

UCBCS61C:MachineStructuresLecture11IntroductiontoMIPS ProceduresI LecturerSOE DanGarcia inst.eecs.berkeley.edu/~cs61cReview Inordertohelptheconditionalbranchesmake20080215 Internet2,anonprofitadvancedUS networkingconsortium,isdesigninga "

Berkeley - CS - 61c

UCBCS61C:MachineStructuresLecture12IntroductiontoMIPS ProceduresII&LogicalOps LecturerSOE DanGarcia inst.eecs.berkeley.edu/~cs61cReview Functionscalledwithjal,returnwithjr $ra. Thestackisyourfriend:Useittosaveanything20080220 youneed.Jus

Berkeley - CS - 61c

UCBCS61C:MachineStructuresLecture13 MIPSInstructionRepresentationI LecturerSOE DanGarcia inst.eecs.berkeley.edu/~cs61c61CLevelsofRepresentation(abstractions)High Level Language Program (e.g., C)20080222 Compiler Assembly Language Program

Berkeley - CS - 61c

UCB CS61C : Machine StructuresLecture 14 MIPS Instruction Representation IILecturer SOE Dan Garciainst.eecs.berkeley.edu/~cs61cReview Simplifying MIPS: Define instructions to be2008-02-25IBM wants to use "self-assembling" nanotechnology to

Berkeley - CS - 61c

UCB CS61C : Machine StructuresLecture 18 Running a Program I(Compiling, Assembling, Linking, Loading)Lecturer SOE Dan Garciainst.eecs.berkeley.edu/~cs61cReview Disassembly is simple and starts bydecoding opcode field.2008-03-04 Be crea

Berkeley - CS - 61c

UCB CS61C : Machine StructuresLecture 19 Running a Program II(Compiling, Assembling, Linking, Loading)Lecturer SOE Dan Garciainst.eecs.berkeley.edu/~cs61cWhere Are We Now?2008-03-0620000 15000 10000 5000 01998 1999 2000 2001 2002 2003 20

Berkeley - CS - 61c

UC Berkeley CS61C : Machine Structures Representations of Combinatorial Logic Circuits inst.eecs.berkeley.edu/~cs61cCombinational Logic FSMs had states and transitions How to we get from one state to the next? Answer: Combinational LogicLectur

Berkeley - CS - 61c

UC Berkeley CS61C : Machine Structures Lecture 23 Combinational Logic Blocks 2008-03-19 Lecturer SOE Dan Garciainst.eecs.berkeley.edu/~cs61cReview Use this table and techniques we learned to transform from 1 to anotherwww.cs.berkeley.edu/~

Berkeley - CS - 61c

Five Elements of a Computer CS61C ReviewMidterm Spring 2008 Control Datapath Memory Input OutputNegative Numbers Sign/Magnitude One's Complement Two's Complement Pros, Cons of Each C TopicsPointers! malloc, free Handles Pass by V

Berkeley - CS - 61c

Question 1: You must be kidding! (groan) (15 pts, 40 min)We have a simple linked list that consists of kids' names (a standard C string) and the grade they are in an integer between 0 (Kindergarten) and 12. The structure appears as follows, with an

Berkeley - CS - 61c

Question 1: You must be kidding! (groan) (15 pts, 40 min)We have a simple linked list that consists of kids' names (a standard C string) and the grade they are in an integer between 0 (Kindergarten) and 12. The structure appears as follows, with an

Korea University - COMPUTER S - 583

Korea University - COMPUTER S - 583

Korea University - COMPUTER S - 664

Traditional DIY approachDIY approach Do everything by yourself Design hardware CPU, Peripherals I/O and Memory address mapping Entire software ROM Bios or Monitor program Interrupt processing Application functions In charge of entire CPU

Korea University - COMPUTER S - 664

QoS-Driven Optimal Resource ManagementChang-Gun Lee Seoul National UniversityResource Assignment Problem Resources: CPU, Bandwidth, etc. Resource Assignment Problem: How much resource should be assigned to real-time tasks? Always satisfy minim

Korea University - COMPUTER S - 583

22.2 a) 1) The root of r is an articulation point of G The root of G has at least two children. - let r be the root of G. If r has no child, the G has only one vertex r. Thus r is not articulation point of G according to definition. If r has one chi

Korea University - COMPUTER S - 583

Korea University - COMPUTER S - 525A

Final Exam, Spring Semester, 2008 Data Networks Professor: Sunghyun Choi 2008-06-13 (Fri), 11am-1pm 1. (20 points) Consider a slotted Aloha with an infinite set of nodes and with "perfect capture." That is, ifmore than one packet are transmitted i

Korea University - COMPUTER S - 583

4-6 VLSI chip testingThere are four possible outcomes of a test#of good chips is more than n/2Chip A says 1. B is good2. B is good 3. B is bad 4. B is badChip B says Conclusion A is good both are good or both are bad A is bad at least A is

Korea University - COMPUTER S - 664

Scheduling of Aperiodic and Sporadic Jobs in Priority-Driven Systems - Chapter 7 (Fixed-Priority Framework)Types of Aperiodic Requests The jobs of an aperiodic task have random release times Soft aperiodic tasks: random arrivals such as a Poiss

Korea University - COMPUTER S - 664

Resources and Resource Access Control (only on Fixed-Priority System)- Chapter 8 -Overview Resource access (Mutual Exclusive) Priority inversion Unbounded priority inversion Resource access control protocol Priority inheritance protocol Pri

Korea University - COMPUTER S - 664

Real-Time Task Model - Chapter 3 -"Monolithic approach" Good enough? No! For a complex system, it is really hard to design a single superloop Really hard to validate cross-related temporal requirements So, we need a more structured way to look

Korea University - COMPUTER S - 664

Real-time Communications over Wireless Sensor NetworksInstructor: Chang-Gun LeeForest Monitoring Sensor NetworksPeriodic monitoring of forest Fast delivery of emergency event1Rescue Supporting Sensor NetworksPeriodic messages message deli

Korea University - COMPUTER S - 583

Korea University - COMPUTER S - 664

Real-Time SystemsChan-Gun LeeWhat are real-time embedded systems? Embedded Systems Cell phones, PDAs Digital cameras Microwave ovens Multimedia systems such as DVR, VOD server, etc Factory process control Radar systems Avionics Most of e

Korea University - COMPUTER S - 664

Real-Time and Embedded Systems ? - Chapter 1 & 2 -Definition is not clear!1Let's take a look at "examples"Cell phones, PDAs Digital cameras Microwave ovens Network adaptor box (e.g., ISDN adaptor) Multimedia systems such as DVR, VOD server, et