C++ Plus Data Structures, Third Edition

C++ Plus Data Structures is designed for a course in Data Structures where C++ is the programming language. The book focuses on abstract data types as viewed from three different perspectives: their specification, their application, and their implementation. The authors stress computer science theory and software engineering principles, including modularization, data encapsulation, information hiding, data abstraction, object-oriented decomposition, functional decomposition, the analysis of algorithms, and life-cycle software verification methods. Finally, through classic Dale pedagogy, students are offered a clear, easy-to-understand discussion of important theoretical constructs and their implementation in C++.

this Book Is Designed For A Course In Data Structures Where C++ Is The Programming Language. The Book Focuses On Abstract Data Types As Viewed From Three Different Persepctives: Their Specification, Their Application, And Their Implementation.

booknews

written As A Second-semester Text Which Focuses On Abstract Data Types From Three Perspectives: Specification, Application, And Implementation. Within This Focus, The Author Stresses Computer Science Theory And Software Engineering Principles Using Chapter Exercises, Case Studies, And Programming Assignments. Annotation C. By Book News, Inc., Portland, Or.

C++.Plus.Data.Structures 1 Preface 6 Contents 14 Chapter 1 Software Engineering Principles 18 Chapter 2 Data Design and Implementation 80 Chapter 3 ADTs Unsorted List and Sorted List 140 Chapter 4 ADTs Stack and Queue 212 Chapter 5 Linked Structures 296 Chapter 6 Lists Plus 350 Chapter 7 Programming withRecursion 416 Chapter 8 Binary Search Trees 472 Chapter 9 Priority Queues, Heaps, Graphs, and Sets 546 Chapter 10 Sorting and Searching Algorithms 604 Answers to Selected Exercises 670 Appendix 730 Glossary 788 Index 806 Designed for a course in Data Structures where C++ is the programming language, this book focuses on abstract data types as viewed from three different persepctives such as their specification, their application and their implementation. A self-paced software program designed to help students understand the abstract concepts about atomic orbitals. Combines scientific visualization techniques and three-dimensional computer animation