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Java Coding Problems - Second Edition

You're reading from  Java Coding Problems - Second Edition

Product type Book
Published in Mar 2024
Publisher Packt
ISBN-13 9781837633944
Pages 798 pages
Edition 2nd Edition
Languages
Author (1):
Anghel Leonard Anghel Leonard
Profile icon Anghel Leonard

Table of Contents (16) Chapters

Preface 1. Text Blocks, Locales, Numbers, and Math 2. Objects, Immutability, Switch Expressions, and Pattern Matching 3. Working with Date and Time 4. Records and Record Patterns 5. Arrays, Collections, and Data Structures 6. Java I/O: Context-Specific Deserialization Filters 7. Foreign (Function) Memory API 8. Sealed and Hidden Classes 9. Functional Style Programming – Extending APIs 10. Concurrency – Virtual Threads and Structured Concurrency 11. Concurrency ‒ Virtual Threads and Structured Concurrency: Diving Deeper 12. Garbage Collectors and Dynamic CDS Archives 13. Socket API and Simple Web Server 14. Other Books You May Enjoy
15. Index

123. Introducing the Binomial Heap data structure

A Binomial Heap data structure is a set composed of Binomial Trees. Each Binomial Tree is a Min Heap, which means that it follows the min-heap property. In a nutshell, a heap is a Min Heap if its items are in descending order, meaning that the minimum item is the root (more details are available in The Complete Coding Interview Guide in Java book).

In a nutshell, a Binomial Tree is ordered and typically defined in a recursive fashion. It is denoted as Bk, where k implies the following properties:

  • A Binomial Tree has 2k nodes.
  • The height of a Binomial Tree is equal to k.
  • The root of a Binomial Tree has the degree k, which is the greatest degree.

A B0 Binomial Tree has a single node. A B1 Binomial Tree has two B0 Trees, and one of them is a left subtree of the other one. A B2 Tree has two B1, one of which is the left subtree of the other. In general, a Bk Binomial Tree contains two Bk-1 Binomial Trees...

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