Write a paragraph describing why the improvement works better than the FIFO implementation. Write another paragraph describing what the costs and tradeoffs are between the original FIFO and the shortest visit first. Think about these tradeoffs and costs in the context of the students visiting the professor, not with respect to the code performance itself. . make a well-reasoned argument. include some examples. c code this is about an similator of office hours for a professor first using FIFO implemenation and the improvement is shortest job first

Write a paragraph describing why the improvement works better than the FIFO implementation. Write another paragraph describing what the costs and tradeoffs are between the original FIFO and the shortest visit first. Think about these tradeoffs and costs in the context of the students visiting the professor, not with respect to the code performance itself. . make a well-reasoned argument. include some examples. c code this is about an similator of office hours for a professor first using FIFO implemenation and the improvement is shortest job first

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter3: Understanding Structure

Section: Chapter Questions

Problem 19RQ

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To solve the below programming ask, please use C++. For some context, I had shared this same with a Bartleby expert but the code shared did not compile. Hence, I am resending this request again so you can resend another C++ solution for it. Thanks 8.12 (Simulation: The Tortoise and the Hare) In this exercise, you’ll re-create the classic race of the tortoise and the hare. You’ll use random-number generation to develop a simulation of this memorable event. Our contenders begin the race at “square 1” of 70 squares. Each square represents a possible position along the race course. The finish line is at square 70. The first contender to reach or pass square 70 is rewarded with a pail of fresh carrots and lettuce. The course weaves its way up the side of a slippery mountain, so occasionally the contenders lose ground. There is a clock that ticks once per second. With each tick of the clock, your program should use the function moveTortoise and moveHare to adjust the position of the…
A common problem in health informatics is to read a message from another healthcare organization and to parse it to extract the relevant information. In practice, this is a very large problem. However, to get you started thinking in this area, consider receiving a simple message from another organization in the form <<&first name&&last name&&age in years&&medical record number&&diagnosis&>> Your organization needs to read such a message and extract out the five information elements. To do so, it needs to develop a program to accomplish this. Your assignment is to develop pseudocode to accomplish this task. As an example, if the input is: <<&Tom&&Smith&&25&&12345&&pneumonia&>> then you should output the following: First Name: Tom Last Name: Smith Age: 25 Medical Record Number: 12345 Diagnosis: pneumonia
In the chapter materials and the conference we saw and discussed the various Quotent programs that started with a fragile program design and made it more robust in implementation. It didn't finish the job, however. In this assignment, we take the same concept and make a robust Quotent program (to be named MyDivision.java). As before, we will ask for two integers and divide them to obtain the result; however, this time we will check for both division by zero and input type mismatch problems. Don't explicitly check the content of the input items, let Java's default handling manage the generation of the Exceptions (i.e., don't use the throw syntax, however you may use the throws syntax). Detect both of these conditlons and provide a mechanism for the user to make any necessary corrections before continuing the program to completion. Here is your starting code: /* Instructions:Don't test for zeros or non-numeric strings on your input.Let Java throw its built-in exceptions. Catch…
Local declarations are those that are stored in the computer's memory, but how are they stored? Using local declarations is unnecessary if the same goal can be accomplished without them. When reference parameters may be used in any function, why bother with value parameters? When it comes to processing programme data, how important are value parameters?
Please note this is not Java or C++ Complete the program 'Bcast-Reduce-Assignment.c' to make the program have the output as follows if we run the program using 2 processes. The input sequence is: 0 1 2 3 The output sequence is: 0 2 6 12 This is an MPI program and the code below is partially finished. i am supposed to have input above result in the output above. ////////////////////////////////////////////////////////////////////////////// This is a simple MPI program using MPI_Bcast and MPI_Reduce functions//// Compile: mpicc Bcast-Reduce-Example.c -o Bcast-Reduce-Example// // Run: mpiexec -n <p> ./Bcast-Reduce-Example//// -p: the number of processes/////////////////////////////////////////////////////////////////////////// #include <stdio.h>#include <stdlib.h>#include <mpi.h> int main(void){int my_rank, comm_sz;int i; int Count = 4;int Number[4]; int PartialResult = 0;int Result;…
write a program in R that allows a user to do some basic math functions and return the results Instructions For this assignment, you need to create a program that allows the user to do some basicmath functions.First, ask the user if they would like to find out sqrt, log or factorial of a number, and return the results.
Using python, define the following function This function must return the task status for a particular task from a checklist. There's the possibility that the task specified is invalid (in this case, because it isn't in the checklist). In that case, taskStatus must print a specific message , and must return None. Define taskStatus with 2 parameters Use def to define taskStatus with 2 parameters Use a return statement Within the definition of taskStatus with 2 parameters, use return _ in at least one place. Do not use any kind of loop Within the definition of taskStatus with 2 parameters, do not use any kind of loop. Example input: In []: taskStatus({'Task 1':False,'Task 2':True},'Task 1') Out[]: False
Using python, define the following function This function must return the task status for a particular task from a checklist. There's the possibility that the task specified is invalid (in this case, because it isn't in the checklist). In that case, taskStatus must print a specific message , and must return None. Define taskStatus with 2 parameters Use def to define taskStatus with 2 parameters Use a return statement Within the definition of taskStatus with 2 parameters, use return _ in at least one place. Do not use any kind of loop Within the definition of taskStatus with 2 parameters, do not use any kind of loop.
First, make the code in the previous question an actual C program so that it can be compiled and it runs. Play with it so that you feel comfortable with the logic of the code.Then implement the code in TTPASM. Note that you need to preserve the actual C code structure, this means you cannot it into a non-recursive subroutine. Furthermoreall conventions discussed in class regarding subroutines must be followed. The idea is that I should be able to substitute f with my own code, and main should work. Or, I can substitute main with my own, and f should work.Attach the source code of your assembly language program as answer to this question. It should be a text file that the assembler be able to assemble.UploadChoose a File
The Java code must have the structure as shown in the picture and pay attention to which outputs should be shown for some example inputs: Develop with Java programming language a calculator (console application) that takes a number, a basic math operator ( + , - , * , / , % ), and a second number all from user input, and have it print the result of the mathematical operation. The mathematical operations should be wrapped inside of functions. Note: Do please use the provided source code template to implement your solution. The purpose of this problem is not only to assess the students' ability to build a valid implementation but also to assess the ability to read the Java code. Input: On single line a number, a basic math operator ( + , - , * , / , % ), and a second number all from user input. Output: On new line result of the mathematical operation. In the case of "Division by zero" you must printout the text message "Error". Example 1: 4 + 812 Example 2: 4 * 832 Example 3: 4 % 20…
I Need this in C++ NOT Java Complete this C++ program to conduct experimental analysis for project P-4.60 and P-4.61 from the book . You are already provided with these algorithms in the c++ file P-4.60: Perform an experimental analysis of the two algorithms prefixAvrage1 (p1) and prefixAverage2(p2), from Section 4.3.3. Visualize their running times as a function of the input size with a log-log chart. P-4.61: Perform an experimental analysis that compares the relative running times of the methods(example1 (e1) through example5(e5)) shown in Code Fragment 4.12. Visualize their running times as a function of the input size with a log-log chart. Implementation Detail:Inputs and outputs Your program will take 3 arguments. The first argument will specify the algorithm (function) to be tested. Possible values include p1, p2, e1, e2, e3, e4, e5. Each corresponding to an algorithm to be tested. For example, p1 means function prefixAverage1, e1 means function example1 The second argument…
Hello, can you please help me with this problem, I only need help with part B an C. Can you please do it step by step and can explain it very throughly as well. Can you label the parts so I can know which part is which, again I only need help with part B and C.