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Evansville - ENGR - 123
Engr 123 String ProblemsMarch 21, 20071. Write a program to input a string from the user and determine whether or not the string is a palindrome. 2. Write a program to input a string from the user and delete all of the vowels. For example if the
Evansville - ENGR - 123
Engr 123 GUI ExerciseMarch 29, 20061. Write a program to allow the user to enter two strings in text boxes. Your program should do the following: A) Print the lengths of each string in a message box. (.length) B) Print the concatenation of the st
Evansville - ENGR - 123
Engr 123 Spring 2008 - Exam 3 Review SheetExam 3 will be on Wednesday, April 2. The exam is open book and open notes. The exam will consist of questions on the material in Chapter 9, 13, 14, and 16. The format of the exam will be similar to that of
Evansville - ENGR - 123
Engr 123 Spring 2008 - Exam 3 Review Sheet Exam 3 will be on Wednesday, April 2. The exam is open book and open notes. The exam will consist of questions on the material in Chapter 9, 13, 14, and 16. The format of the exam will be similar to that of
Evansville - CS - 210
CS 210 SyllabusFall 2008/09 Dr. BlandfordText: Savitch, Walter, Problem Solving with C+, 7th edition, Addison-Wesley, 2009 Reference: Deitel and Deitel, C+ How to Program, 5th edition, Pearson, 2005 Software: Microsoft Visual Studio 2007 is avail
Evansville - CS - 210
CS 210 Handing in Program AssignmentsFall, 2008Programming assignments will be written in C+ and each assignment should be stored in its own folder. When you create a project verify that the check box labeled "Create directory for solution." is c
Evansville - CS - 210
CS 210 Homework Assignment 1Assigned: Aug 28, 2008 Due: Sept. 4, 2008Instructions: For all of your problems show all of your work for full credit. Download this file as a Word document and type your answers directly below each question. 1. What i
Evansville - CS - 210
CS 210 Homework Assignment 3Assigned: Sept. 9, 2008 Due: Sept. 16, 2008Instructions: For all of your problems show all of your work for full credit. Download this file as a Word document and type your answers directly below each question. Turn in
Evansville - CS - 210
CS 210 Homework Assignment 4Assigned: Sept. 25, 2008 Due: October 2, 2008Debugger exercise Enter the program on the following page, compile it, and verify that it runs correctly. Use the debugger in Visual Studio to fill in the memory map below.
Evansville - CS - 210
CS 210 Homework assignment 05October 7, 2008 DUE: October 14, 2008Instructions: For all of your problems show all of your work for full credit. Download this file as a Word document and type your answers directly below each question. Turn in a ha
Evansville - CS - 210
CS 210 Homework assignment 06October 28, 2008 DUE: November 4, 2008Instructions: For all of your problems show all of your work for full credit. Download this file as a Word document and type your answers directly below each question. 1. Explain
Evansville - CS - 210
CS 210 Homework assignment 06October 28, 2008 DUE: November 4, 2008Instructions: For all of your problems show all of your work for full credit. Download this file as a Word document and type your answers directly below each question. 1. Explain
Evansville - CS - 210
CS 210 Practice Problems LoopsSeptember 11, 20081. Write a C+ program to produce a multiplication table for x times y where x goes from 1 to lastX and y goes from 1 to lastY. Input lastX and lastY from the user. For example, your program output
Evansville - CS - 210
CS 210 Practice Problems LoopsSeptember 11, 20081. Write a C+ program to produce a multiplication table for x times y where x goes from 1 to lastX and y goes from 1 to lastY. Input lastX and lastY from the user. For example, your program output
Evansville - CS - 210
CS 210 Practice Problems MoreLoopsSeptember 11, 20081. The value of can be approximated from the series given by 1 1 1 1 1 1 1 = 4 1 - + - + - + - 3 5 7 9 11 13 15 Write a program to prompt the user for the number of terms to use for an
Evansville - CS - 210
CS 210 String ProblemsOctober 30, 20081. If the string s = "Hello Mom!", write a short sequence to print this string in reverse order. 2. Suppose that two strings are defined using the string class as follows:string str1 = "Hello Mom! I like Jel
Evansville - CS - 210
CS 210 In Class 1. Show what the following code prints.int *p1, *p2; p1 = new int; p2 = new int; *p1 = 10; *p2 = 20; cout < *p1 < " " < *p2 < endl; p1 = p2; cout < *p1 < " " < *p2 < endl; *p1 = 30; cout < *p1 < " " < *p2 < endl;November 20, 2008
Evansville - CS - 210
Analysis for Quadratic1 Dr. Blandford January 17, 2001 CS 210 Assignment: Sample Assignment 1 This program inputs three numbers from the keyboard as coefficients a, b, and c for the equation ax^2 + bx + c = 0. The program calculates and prints the ro
Evansville - CS - 210
CS 210 Practical Hour ExamName_ October 23, 20071. The program below does a binary search. Enter the program and demonstrate that it produces the correct result.int main() {int n, found; int list[] = {1, 3, 5, 9, 13, 14, 16, 23, 43, 44}; cout <
Evansville - EE - 254
EE 254 Verilog Example for count by nMarch 23, 2007A mod counter counts up to a mod count value and rolls over to 0. In Verilog we can make the modcount and the number of flip flops parameters to implement a general purpose mod counter./ModCount
Evansville - EE - 254
EE 254 Verilog Example of an arbitrary sequence counter This sequence counter counts in the sequence 0 1 2 4 9 10 5 6 8 7 0 . . ./Sequence counter module SeqCount(clk, reset, state); parameter n = 4; input clk, reset; output [n-1:0]state; r
Evansville - EE - 254
EE 254 Verilog Example with multiple modulesMarch 23, 2007In Verilog you can create multiple modules in programs and use them similar to the way functions are used in C+. Individual modules should be defined using the parameter directive. A secon
Evansville - EE - 254
EE 254 Verilog Example with multiple modulesMarch 23, 2007In Verilog you can create multiple modules in programs and use them similar to the way functions are used in C+. Individual modules should be defined using the parameter directive. A secon
Evansville - EE - 254
EE 254 Verilog Example with non blocking equalsMarch 17, 2006Given below are two modules which implement a linear feedback shift register (lfsr). Each module has 3 flip-flops which form the shift register with outputs Q[2], Q[1], and Q[0]. The si
Evansville - EE - 254
EE 254 Verilog In Class 1. Suppose we make the following declarations:wire[3:1] w; wire w1; wire [1:0] w2;February 19, 2007Determine whether each of the following is legal or illegal and if illegal state why. A) w1 = w[2]; _ B) w2 = w[1:0]; _ C)
Evansville - EE - 254
EE 254Verilog TutorialDr. D. K. Blandford Department of Electrical Engineering and Computer Science University of Evansville February 23, 2006Copyright 2004EE 254University of EvansvilleVerilog Tutorial1.0 Syntax comments, punctuation, v
Evansville - EE - 254
EE 254 K-Map NotesSpring 2001/02Five variable K maps can be constructed using two side-by-side four variable maps. The adjacenties for each of the four variable maps follow the rules for four variable maps. For the five variable map, the two four
Evansville - EE - 254
EE 254 D-Type Edge Triggered Flip-Flop Green = zero, Red = one, Black = UnknownMarch 4, 2004
Evansville - EE - 254
EE 254 Sequence Detector for 110March 9, 2009Design and implement a sequence detector which will recognize the three-bit sequence 110. Your detector should output a 1 each time the sequence 110 comes in. The input is a clocked serial bit stream.
Evansville - EE - 410
EE41 - Advanced Networks Final Exam April 22, 2009 Due on Friday May 1, 2009 by 4:00 PM Your report should be written on a word processor and all include all graphs. Show all work and describe each of the steps in your design process. 1. Design a ban
Evansville - EE - 210
EE 210 Lab SafetyFall, 2006 Dr. BlandfordHere are the rules for safety that we will follow when working in the lab.1 1. Before starting work in the lab familiarize yourself with the location of fire extinguishers, circuit breakers, and power rece
Evansville - EE - 210
KC 137 Room Schedule Spring 2009Monday 7:00am 8:00 9:00 10:00 11:00 12:00 1:00 2:00 3:00 4:00 EE 454 EE 454 EE 215 EE 215 EE 215 EE 215 EE 454 EE 454 EE 215 EE 215 EE 215 EE 215 EE 454 EE 454 EE 215 EE 215 EE 215 EE 215 EE 215 EE 215 EE 215 EE 215 E
Evansville - EE - 210
EE 210 Team Project Sound PropagationVelocity MeasurementApril 9, 2009 Due: April 28, 2009To complete this project each team will devise an experiment to measure the speed of sound in at least four significantly different media. Research is to be
Evansville - EE - 210
EE 210 Team Project Sound Propagation Velocity MeasurementApril 9, 2009 Due: April 28, 2009To complete this project each team will devise an experiment to measure the speed of sound in at least four significantly different media. Research is to b
Evansville - EE - 210
Transistor notes This tutorial presents an intuitive view of how transistors and solid state diodes work. Amplifiers and switching concepts are explained and some simple models for transistor and diode circuit analysis are developed. The Mechanical R
Evansville - EE - 210
Transistor notes This tutorial presents an intuitive view of how transistors and solid state diodes work. Amplifiers and switching concepts are explained and some simple models for transistor and diode circuit analysis are developed. The Mechanical R
Evansville - EE - 210
EE 210 Hour Exam 3Name_ November 2, 20061. The characteristic equation for a given circuit is given by S 2 3S K 0 Find the range of values for K for which the system is over damped. Show all work.2. Consider the characteristic equation given
Evansville - EE - 210
EE 210 Review Problems for Hour Exam 3March 31, 20091. The characteristic equation for a given circuit is given by S 2 + 3S + K = 0 Find the range of values for K for which the system is over damped. Show all work. 2. Consider the characteristic
Evansville - EE - 210
EE 210 Exam 2 Review ProblemsMarch 12, 2009 Dr. Blandford1. In the circuit below Vi = 3 volts. What is the value of Vo. Show all work.2. For each circuit below determine the output voltage Vo if Vi = 3 volts. A) B) C)Vo = _Vo = __Vo = _
Evansville - EE - 210
EE 210 Exam 5 ReviewApril 21, 20091. The two circuits below L = 10mh and C = 1f. Find the impedance between nodes A and B for each circuit to a voltage waveform given by 10Cos(10000t - 60o).Impedance = _Impedance = _2. In the circuit below
Evansville - EE - 354
EE 354 Assignment 1 8051 ArchitectureAssigned: August 29, 2008 Due: September 8, 2008Instructions: Download this page and type your answers directly below each question. Turn in a hard copy of your results. 1. The 8051 is said to be an accumulato
Evansville - EE - 354
EE 354 Assignment 2 8051 ArchitectureAssigned:September 3, 2008 Due: September 12, 2008Write an assembly language program that runs on the AT89C51AC3 board. Add three LEDs to your board to P1.0, P1.1, and P1.2 and add a push button switch to the
Evansville - EE - 354
EE 354 Assignment 2 8051 ArchitectureAssigned:September 3, 2008 Due: September 12, 2008Write an assembly language program that runs on the AT89C51AC3 board. Add three LEDs to your board to P1.0, P1.1, and P1.2 and add a push button switch to the
Evansville - EE - 354
EE 354 Hour Exam 1 MAKE UPName_ September 17, 2008 DUE: September 19, 2008 in class NOT ACCEPTED LATEDownload this exam as a Word document and type your answers directly below each question. 1. Give two advantages of bank switching. (1 point)2.
Evansville - EE - 354
EE 354 Assignment 3 Project Short AnswerSeptember 19, 2008 Due: September 26, 2008Download this file as a Word document. Type your answers directly below each question and hand in the printed result. Answer the following questions for the slide r
Evansville - EE - 354
EE 354 Assignment 6October 27, 2008 Due: November 5, 2008Using Keil Microvision 3 create a project for the Philips LPC 2138 ARM 7 chip. Enter the code below as a program in c. Run your program in the simulator and open the D to A window and the l
Evansville - EE - 354
EE 354 Project 2 Speed of SoundAssigned: November 19, 2008 Due: December 9, 2008Description and specifications A piezzo-electric sensor can be used to measure vibrations in solid materials. For this project you will be given two such sensors. You
Evansville - EE - 354
EE 354 8051 Assembly language problemsA)mov a, #0aah rl a setb c rrc a B)mov mov mov mov R1, #0h a, #5h 1, a a, R1Sept. 1, 2008C)mov R7, #0ffh mov R1, #7 mov a, @R1a = _ a = _D) mov a, #22h mov 5, a inc 5 add a, R5 a = __ G) mov a, #55h mov R7
Evansville - EE - 354
EE 354 Project 2 test Download the following two projects from http:/csserver.evansville.edu/~blandfor/EE354/index.htm UARTPiezzoTest.zip A Vision project for the ARM SpeedOfSound.zip A C# project to run under Visual StudioFall, 20081. Compile
Evansville - EE - 354
EE 354 Keil Simulator NotesFall, 2008Directions for using the function editor in Vision 3 to simulate a sine wave on AD0 for input. Begin by creating a Vision project in C and compiling your code so that is error free. Your project should access
Evansville - EE - 354
Version 3.0October 23, 2006EE 354 ARM 7 Board
Evansville - EE - 354
ARM 7 Board Version 3.0October 23, 2006
Evansville - EE - 354
EE 354 Assembly of the AT89C51AC3 boardAugust 1, 2008The AT89C51AC3 board comes as a kit which you must put together. The kit has the following parts: No. 1 ID Description 1.5" x 3.0" printed circuit board labeled "AT89C51AC3" dated 07/01/08 . Fo
Evansville - EE - 354
EE 354 Notes on MACROsSeptember 10, 2008A macro is a subprogram but unlike functions and subroutines, a macro is physically inserted into your program at the point where it is activated. As such, macros are generally faster because they have no c
Evansville - EE - 354
EE 354 Parameter Passage in C/*PPassTst.C This program creates a function and passes it parameters. passage can then be examined in the simulator.Fall 2001ParameterA returned parameter comes back in R7 for an unsigned char or in R6R7 for an in
Evansville - EE - 354
EE 354 Parameter Passage in C/*PPassTst.C This program creates a function and passes it parameters. passage can then be examined in the simulator.Fall 2001ParameterA returned parameter comes back in R7 for an unsigned char or in R6R7 for an in
Evansville - EE - 354
EE 354 Mixed C and Assembly CodeFall 2008/*MixedTst.c This program is a test of parameter passage between C and assembly language. It is meant to be run on the simulator only. MixedTst.c and Assem.A51 are in a common project. */ #include <t89c51a
Evansville - EE - 354
Phlips Semiconductors80C51 Family80C51 family hardware descriptionHARDWARE DESCRIPTIONThis chapter provides a detailed description of the 80C51 microcontroller (see Figure 1). Included in this description are: 0 and 2, in bus operations The
Evansville - EE - 354
aFEATURES Microprocessor Compatible (6800, 8085, Z80, Etc.) TTL/CMOS Compatible Inputs On-Chip Data Latches Endpoint Linearity Low Power Consumption Monotonicity Guaranteed (Full Temperature Range) Latch Free (No Protection Schottky Required) APPLIC
Evansville - EE - 354
www.fairchildsemi.comLM2904,LM358/LM358A,LM258/ LM258ADual Operational AmplifierFeatures Internally Frequency Compensated for Unity Gain Large DC Voltage Gain: 100dB Wide Power Supply Range: LM258/LM258A, LM358/LM358A: 3V~32V (or 1.5V ~ 16V) L