'While loop' presentation slideshows

Concurrent vs. iterative servers. Iterative server process one request at a time Easy to build Unnecessary delay Concurrent server handles multiple requests at one time. More difficult to design and build Better performance. Fork and exec functions. #incllude<unistd.h> int fork();

Counted (For) Loops in Alice. Stephen Cooper Wanda Dann Randy Pausch Barb Ericson July 2009. Learning Goals. Introduce the concept of a counted loop A loop that keeps a counter or index Show how a loop leads to easier to read and shorter code Show an infinite for loop Show a nested loop

Manipulating Pictures, Arrays, and Loops. Barb Ericson Georgia Institute of Technology August 2005. Learning Goals. Understand at a conceptual and practical level How to change more than one color in a method How to use a for loop How to print out values in a loop

© Б.Алтанхүү , МУИС-ФЭС. Алгоритм ба програмчлал. Mathcad programming. Introduction. A Mathcad program is essentially a multistep function. In Mathcad , a program is made up of a sequence of statements using special operators to control the flow of evaluation.

Shortest Path Algorithms. Andreas Klappenecker [based on slides by Prof. Welch]. s. t. Single Source Shortest Path Problem. Given: a directed or undirected graph G = (V,E), a source node s in V, and a weight function w: E -> R.

MIPS assembly. Exercise 2. How to implement this with only the instructions we learnt? if ($t1 > $t2) $t0 = $t1; else $t0 = $t2;. Exercise 2. # if ($t1 > $t2) $t0 = $t1; else $t0 = $t2; sub $t3, $t1, $t2 srl $t3, $t3, 31 bne $t3, $zero, L1 ori $t0, $t1, 0 j L2 L1:

Shortest Path Algorithms. Andreas Klappenecker [based on slides by Prof. Welch]. s. t. Single Source Shortest Path Problem. Given: a directed or undirected graph G = (V,E), a source node s in V, and a weight function w: E -> R.

Chapter 5: Structured Programming. In this chapter you will learn about: Sequential structure Selection structure if if … else switch Repetition Structure while do… while for Continue and break statements. Sequential Structure.

Analysis of Algorithms CS 477/677. Sorting – Part A Instructor: George Bebis (Chapter 2). The Sorting Problem. Input: A sequence of n numbers a 1 , a 2 , . . . , a n Output:

Programming – Touch Sensors. Intro to Robotics. The Limit Switch. When designing robotic arms there is always the chance the arm will move too far up or too far down. These problems can be stopped if there was something to PREVENT the arm from moving. Operator Assist – Touch Sensor.

Heaps and Heap Sorting. Heaps implemented in an Array Heap Sorting. Implementing Heaps in an Array. Two of the programming steps for a heap using links were complicated Finding the next parent for an add Finding the new value for next after a remove

CSE115/ENGR160 Discrete Mathematics 03/10/11. Ming-Hsuan Yang UC Merced. 3.3 Complexity of algorithms. Algorithm Produce correct answer Efficient Efficiency Execution time (time complexity) Memory (space complexity) Space complexity is related to data structure . Time complexity.

Lecture S1: Sample Lecture. Overview. Lecture T4: What is an algorithm? Turing machine Which problems can be solved on a computer? Not the halting problem. Here’s a question for the student to fill in the answer. Here’s the secret answer. The Main Question. P = NP. NP. P. If P  NP.

Chapter 6 Iteration. Lecture Slides to Accompany An Introduction to Computer Science Using Java (2nd Edition) by S.N. Kamin, D. Mickunas, E. Reingold. Chapter Preview. In this chapter we will: discuss the use of repetition (iteration) in programming algorithms

http :// arduino.cc /en/Reference/ HomePage. Code. The Arduino Environment. Board Type. Serial Port / COM Port . The Environment. Parts of the Sketch. Comments. Comments can be anywhere. Comments. Comments can be anywhere Comments created with // or /* and */. Comments.

Lecture S1: Sample Lecture. Overview. Lecture T4: What is an algorithm? Turing machine Which problems can be solved on a computer? Not the halting problem. Here’s a question for the student to fill in the answer. Here’s the secret answer. The Main Question. P = NP. NP. P. If P  NP.

The while Looping Structure. Topics The while Loop Program Versatility Sentinel Values and Priming Reads Checking User Input Using a while Loop Reading Sections 5.1 – 5.3, 5.5-5.7. Review: Repetition Structure.

BDE tutorial. By Deborah Nelson Duke University Under the direction of Professor Susan Rodger July 13, 2008. Loading the World. Open a new world, with any template Save it in a directory that you can find again.

Start EasyC. “Main” automatically created for us. Configuration. Double-click Config See Picture Label Motor Ports Empty Left Front Drive Motor Left Rear Drive Motor Right Front Drive Motor Right Rear Drive Motor Lift Motor Claw SERVO Add “Invert Me” Reminder to names later if needed

Expressions So far, we have seen fairly simple expressions. For example, x = 4; z = z - y; if(x%4 == 0) However, expressions can be much more complex. Expressions – Complex