Data Structures and Algorithms: Object-Oriented C++ Design Patterns: Object-Oriented C++ Design Patterns

Author: Brice
Publisher:
Publish Date: 2003-01-01
Features: This book is written by the author based on his experience teaching Data Structures and Algorithms at the School of Computer Engineering, University of Waterloo. It adopts object-oriented design patterns in C++, not only systematically and comprehensively introducing various traditional data structures but also expanding them according to modern concepts of class and class hierarchy, thereby achieving a perfect unity between abstract structures and practical designs. The last three chapters of the book focus on algorithmic techniques and the relationships between various algorithms by introducing the concept of abstract problem-solving. Additionally, the author applies certain mathematical tools and necessary analysis techniques and theories to analyze the time and space efficiency of each data structure and related algorithm. As a textbook, the author has also assigned exercises and design projects at the end of each chapter and provided reference answers to problems at the end of the book, hoping readers can gain valuable knowledge and experience from them. Data Structures and Algorithms Analysis is a very important foundational course in computer science. All fields of computer science and various application software use related data structures and algorithms. When facing a new design problem, designers need to select appropriate data structures and design effective algorithms that meet certain time and space constraints. The author has organically integrated data structures and algorithms analysis into one textbook, which helps readers choose reasonable data structures based on the nature of the problem and control the time and space complexity accordingly. The book uses the currently popular object-oriented C++ language to describe data structures and algorithms because C++ is the most widely used language by programmers. Therefore, programmers can directly apply many of the algorithms in this book to future practical projects.