'Positive constants c1' diaporamas de présentation

Introduction to Algorithms 6.046J

Introduction to Algorithms 6.046J. Lecture 1 Prof. Shafi Goldwasser Prof. Erik Demaine. Welcome to Introduction to Algorithms, Spring 2004. Handouts. Course Information Course Calendar Problem Set 1 Akra-Bazzi Handout. Course information. Staff Prerequisites

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2IL50 Data Structures

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Contents of Chapter 1

Contents of Chapter 1. Sections 1.1 What is an algorithm? 1.2 Algorithm specification 1.3 Performance analysis 1.4 Randomized algorithms 1.5 References and readings. 1.1 What is an Algorithm?. The word algorithm

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CS 332: Algorithms

CS 332: Algorithms. Merge Sort Solving Recurrences The Master Theorem. Administrative Question. Who here cannot make Monday-Wednesday office hours at 10 AM? If nobody, should we change class time?. Homework 1. Homework 1 will be posted later today

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Lecture 2

Lecture 2. Asymptotic Notation. Q , O , W Defined for functions over the natural numbers. Ex: f ( n ) = Q ( n 2 ). Describes how f ( n ) grows in comparison to n 2 . Define a set of functions; in practice used to compare two function sizes.

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Growth of Functions

Growth of Functions. CS 46101 Section 600 CS 56101 Section 002 Dr. Angela Guercio Spring 2010. Asymptotic Notation. O-notation O(g(n )) = { f(n ) : there exist positive constants c and n 0 such that 0 ? f(n ) ? c g(n ) for all n ? n 0 }. Asymptotic Notation.

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Growth of Functions

Growth of Functions. CIS 606 Spring 2010. Asymptotic Notation. O-notation O(g(n )) = { f(n ) : there exist positive constants c and n 0 such that 0 ? f(n ) ? c g(n ) for all n ? n 0 }. Asymptotic Notation. g(n ) is an asymptotic upper bound for f(n )

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