'Root data' diaporamas de présentation

Binary Search Trees

860 views • 72 slides

Lecture Objectives

Lecture Objectives. To understand the difference between binary trees, binary search trees, and heaps To learn how to implement binary trees, binary search trees, and heaps using linked data structures and arrays

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6.3 ??????????? 6.3.1 ????? 6.3.2 ??(??)??? 6.3.3 ????? 6.3.4 ??????

6.3 ??????????? 6.3.1 ????? 6.3.2 ??(??)??? 6.3.3 ????? 6.3.4 ?????? ?????? T = ( ?????) (???) (?????) ??????????????????????? ????????? T ????????. ???. ????? ????. ????? ????. ??????. ? ???? A + B * C - D /?E - F?. -. +. /. A. *. D. -. B. C. E. F. ??????.

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Understanding the data - a first off-line look

Understanding the data - a first off-line look. Sylvie Dagoret-Campagne. Global look. All packets over all runs, Try to understand the meaning data in the ROOT file, Try to understand the distribution of these data (expected or strange) Try to identify bugs or good data. How it is done.

323 views • 25 slides

Binary trees

Binary trees. Tree Structure. Tree structure is a way of representing the hierarchical nature of a structure in a graphical form.

345 views • 20 slides

Binary trees

Binary trees. Tree Structure. Tree structure is a way of representing the hierarchical nature of a structure in a graphical form.

206 views • 20 slides

Data Structures CSCI 132, Spring 2014 Lecture 37 Binary Search Trees II

Data Structures CSCI 132, Spring 2014 Lecture 37 Binary Search Trees II. Definition of a Binary Search Tree. A binary search tree is either empty, or every node has a key for which the following are true: 1) The key of the root node is greater than any key in the left subtree.

248 views • 16 slides