Problem Description: Your programs will be running all semester on a "chip", a CPU. This chip is manufactured on a silicon wafer, a very, very thin circular slice of purified silicon with some impurities added to it. A wafer usually has many chips (or dies) created on its surface, then at one point in the process the dies are sliced apart to make individual CPUS. Your program will do some calculations about these wafers and chips. Given the diameter of the wafer in millimeters (mm) and the area of one individual die in square millimeters (mm^2), this equation will calculate how many dies can be cut from the wafer. The equation does correct for wasted material near the edges. Note that it should give an integer number of dies (you don't want half a die). DPW = dn 4S V25

Problem Description: Your programs will be running all semester on a "chip", a CPU. This chip is manufactured on a silicon wafer, a very, very thin circular slice of purified silicon with some impurities added to it. A wafer usually has many chips (or dies) created on its surface, then at one point in the process the dies are sliced apart to make individual CPUS. Your program will do some calculations about these wafers and chips. Given the diameter of the wafer in millimeters (mm) and the area of one individual die in square millimeters (mm^2), this equation will calculate how many dies can be cut from the wafer. The equation does correct for wasted material near the edges. Note that it should give an integer number of dies (you don't want half a die). DPW = dn 4S V25

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter1: Fundamentals Of C++ Programming

Section1.3: Preliminary Three: Software Development

Problem 3E: (Electrical eng.) You’ve been asked to write a program that outputs the following specifications:...

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(Electrical eng.) You’ve been asked to write a program that outputs the following specifications: Voltage amplification: 35 Power output: 2.5 watts Bandwidth: 15 KHz a. For this programming problem, how many lines of output are required? b. How many inputs does this problem have? c. Determine a formula for converting input items into output items.
Write a code in sim8085 for the following problem: The pressure of two boilers is monitored and controlled by a microcomputer works based on microprocessor programming. A set of 6 readings of first boiler, recorded by six pressure sensors, which are stored in the memory location starting from 2050H. A corresponding set of 6 reading from the second boiler is stored at the memory location starting from 2060H. Each reading from the first set is expected to be higher than the corresponding position in the second set of readings. Write an 8085 sequence to check whether the first set of reading is higher than the second one or not. If all the readings of first set is higher than the second set, store 00 in the ‘D’ register. If any one of the readings is lower than the corresponding reading of second set, stop the process and store FF in the register ‘D’. Data (H): First set: 78, 89, 6A, 80, 90, 85 Second Set:71, 78, 65, 89, 56, 75
You are developping a software which should run on a specific ARM cpu. This software has around 20 000 lines of code, written in C. Most of these lines are not often executed therefore the running time of them is not an issue but you have 4 different functions (total: 80 lines of C-code, functions have 1 to 7 parameters) which take 99.9% of the running time of the software and this is a serious issue since this software is slow and its running speed needs to be improved. Since the compiler available for this specific ARM cpu is not producing an efficient code, one may suggest to write the software in assembly to be able to have a faster software.What do you think? Is it possible and how you will do it? Explain in detail and justify your answer.
Write a program that includes two subprograms, one that takes a single parameter and performs some simple operation on that parameter and one that takes 20 parameters and uses all of the parameters, but only for one simple operation. The main program must call these two subprograms a large number of times. Include in the program timing code to output the run time of the calls to each of the two subprograms. Run the program on a RISC machine and on a CISC machine and compare the ratios of the time required by the two subprograms. Based on the results, what can you say about the speed of parameter passing on the two machines?
You must complete this in Python and the programs should not take any command-line arguments. You also need to make sure your programs will compile and run in at least a Linux environment. In this problem, you need to implement operation bit encoding for Assembly instructions. Given a line of text, your program should check whether it is a valid Assembly instruction type. If it is, your program should print out the opcode and optype of that instruction type; if the line of text is not exactly a valid Assembly instruction, your program should skip it and move to the next line of input without printing anything. Input Format The input to the program will consist of some number of lines. Each line contains some text, either a valid Assembly instruction type (with no extra whitespace or other characters, e.g. READ on a line by itself) or some other text. Constraints There are no specific constraints on the length or number of lines. They will be in a reasonable limit, as demonstrated by…
What is wrong with my code? It passes all the test except the last one. You must complete this in Python and the programs should not take any command-line arguments. You also need to make sure your programs will compile and run in at least a Linux environment. All Sample Input and Output test cases must work in order to pass function Output opcode/optype of a given assembly instruction (e.g.ADD), or skip if it’s not a valid command (e.g., MUL) In this problem, you need to implement operation bit encoding for Assembly instructions. Given a line of text, your program should check whether it is a valid Assembly instruction type. If it is, your program should print out the opcode and optype of that instruction type; if the line of text is not exactly a valid Assembly instruction, your program should skip it and move to the next line of input without printing anything. This task is a small part of the encoding process. Given several lines of input, your program must check whether they…
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_______ decides which process to give to the CPU next, and its decisions are carried out by ________. A. Dispatcher, Long-Term scheduler B. Short-Term scheduler, Dispatcher C. Dispatcher, Short-Term scheduler D. Long-Term scheduler, Dispatcher
THE PROBLEM: Design and "write a" program in MASM that will prompt the user to enter an integer value. This integer value will be used by the program to print out a series of right triangles built out of asterisks '*'. Each of the triangles will be printed out one at a time using loops. Each of the triangles should also be between three and nine asterisks high, and the same number across, but in different configurations. Example: Input : 3 * * * * * * - * * * * * * - * * * * * * - * * * * * *. What I typed. org 100h .model small .stack 64 .data ;Question the user of the input.input db "Enter the size for the triangles, between 3 to 9, or 0 to quit: $" size dw ? .code main proc mov AX, @data ;move location of data segment into AXmov DS, AX ;DS now points to the data segment prompt:mov AH, 09h ;opcode to print a stringlea DX, input ;string to print outint 21h mov AH, 01h ;opcode to read in single charcter inputint 21hcmp AL, '0' ;checking to see if user input is '0' to start a…
It is the job of this function to count the amount of CPU instructions required by each statement at the source level.
Computer Science A system call in an operating system is typically a function call that traps to the kernel. However, there are also library calls that are functions that do not directly trap into the kernel, but may invoke system calls that do. In MINIX, there is a corresponding library call read that always invokes the system call. In UNIX, there are also several other library calls---getc, fgetc, getchar, for example---that also input data. Describe the difference between the MINIX read library call and these functions. How do you think these functions (getc, fgetc, getchar) perform data input? Do they always need to ultimately trap to the kernel? Why or why not?