'Order traversal' diaporamas de présentation

Traversing a Binary Tree Binary Search Tree Insertion Deleting from a Binary Search Tree

2.23k views • 207 slides

Automating Wireless Sensor Network Deployment and Replacement in Pipeline Monitoring

TriopusNet. Automating Wireless Sensor Network Deployment and Replacement in Pipeline Monitoring . Ted Tsung-Te Lai Albert Wei- Ju Chen Kuei -Han Li Polly Huang Hao-Hua Chu National Taiwan University. Ted Tsung-Te Lai Albert Wei- Ju Chen Kuei -Han Li

824 views • 70 slides

Software Defined Networking COMS 6998- 8 , Fall 2013

Software Defined Networking COMS 6998- 8 , Fall 2013. Instructor: Li Erran Li ( lierranli@cs.columbia.edu ) http://www.cs.columbia.edu/ ~lierranli/coms6998-8SDNFall2013/ 9 /24/2013: SDN Programming Language. Outline. Announcements Homework 2 posted due in 18 days

769 views • 65 slides

Lecture #12

Lecture #12. Binary Tree Traversals Using Binary Trees to Evaluate Expressions Binary Search Trees Binary Search Tree Operations Searching for an item Inserting a new item Finding the minimum and maximum items Printing out the items in order Deleting the whole tree.

661 views • 52 slides

Web Data Management

Web Data Management. XML Query Evaluation. Motivation. PTIME algorithms for evaluating XPath queries: Simple tree navigation Translation into logic Tree-automata techniques These techniques assume XML data in memory

642 views • 49 slides

Technology Mapping

Technology Mapping. Technology Mapping. Perform the final gate selection from a particular library Two basic approaches 1. ruled based technique 2. graph covering technique. Technology Mapping. Create subject graph

921 views • 44 slides

Lecture 41: Course Review

488 views • 40 slides

Chapter 05

Chapter 05. Trees (Part II). 5.2.3 Representations. Array Representation. We can use an array to represent a complete binary tree. Lemma 5.4 If a complete binary tree with n nodes in given, then for any node with index i, 1?i?n, Parent(i) is at if i > 1. If i=1, node i is the root.

474 views • 36 slides

Module 1

396 views • 23 slides

Trees

391 views • 21 slides

DYNAMIC ELEMENT RETRIEVAL IN A STRUCTURED ENVIRONMENT

389 views • 21 slides

MA/CSSE 473 Day 15

MA/CSSE 473 Day 15. BFS Topological Sort Combinatorial Object Generation Intro. MA/CSSE 473 Day 15. HW 6 due today, HW 7 next Monday, Exam Friday Student Questions DFS and BFS Topological Sort Combinatorial Object Generation - Intro. Q1-2. Breadth-first search (BFS).

300 views • 19 slides

Traversals

Traversals. A systematic method to visit all nodes in a tree Binary tree traversals: Pre-order: root, left, right In-order: left, root, right Post-order: left, right, root General graph traversals (searches) Depth-first search Breadth-first search. Inorder(tree t). if t = nil

331 views • 18 slides

Topic 17 Introduction to Trees

Topic 17 Introduction to Trees. "A tree may grow a thousand feet tall, but its leaves will return to its roots." -Chinese Proverb. Definitions. A tree is an abstract data type one entry point, the root Each node is either a leaf or an internal node

271 views • 17 slides

More Trees

332 views • 17 slides

Complexity of Bellman-Ford

Complexity of Bellman-Ford . Theorem. The message complexity of Bellman-Ford algorithm is exponential. Proof outline . Consider a topology with an even number nodes 0 through n-1 (the unmarked edges have weight 0). n-4. n-2. 1. 3. 5. 2 0. 2 k. 2 k-1. 2 2. 2 1. n-5. n-3. n-1. 0. 4.

217 views • 16 slides

Binary Search Trees

241 views • 15 slides

Trees

Trees. CS212 & CS-240 D.J . Foreman. What is a Tree. A tree is a finite set of one or more nodes such that: There is a specially designated node called the root

232 views • 14 slides

Scribe Sumbission

Scribe Sumbission. Date: 28 th October, 2013 By M. Sudeep Kumar. SYNTAX DIRECTED DEFINITIONS. Generalization of a CFG in which each grammar symbol has an associated set of attributes, partitioned into two subsets called the synthesized and inherited attributes of that grammar symbol.

230 views • 8 slides

Early Profile Pruning on XML-aware Publish-Subscribe Systems

Bib. article . article. vol. year. title. title. root. no. Q1 a. Q2 a. Q4 a. Q5 e. Q6 e. Q3 a. 7. 1996. Profile Index. Profiles. proceedings. t1. 11. t2. a. a. a. a. a. a. a. a. a. a. a. year. SIGMOD. journal. a 1. author. b. c. e. e. f. g. P1.

121 views • 1 slides