Data Structures for Personal Computers, co-authored by Langsam, Y. , Ogenstein, M. , Tenenbaum, A. and Viktorova, L. P. is a real guide to the world of data structures, which remains relevant even in an era of rapid development of technologies This work not only immerses the reader in the basics of designing and implementing data structures, but also does so taking into account the specifics of personal computers, which makes it especially valuable for students, programmers and anyone interested in computer science. From the first pages, the book captures the attention of the reader due to its accessible style of presentation and logical construction of the material. The authors masterfully explain complex concepts using clear examples and illustrations, which allows even beginners to easily assimilate information. At the same time, more experienced programmers will find in it a lot of useful tips and in-depth topics that will help expand their knowledge and skills. The book covers a wide range of topics, ranging from simple data structures such as arrays and lists to more complex concepts such as trees and graphs. Each section is equipped with practical tasks, which allows the reader not only to theoretically master the material, but also to apply it in practice. This makes the book not just a tutorial, but a real tool for developing programming skills. “Data Structures for Personal Computers” will be of interest to both students of technical specialties and practicing programmers who want to improve their skills in the field of algorithms and data structures. If you want to understand how to effectively organize and process data, this book will become your reliable assistant. It will also be useful to teachers who are looking for quality materials for their courses. The topics raised in the book go beyond just studying data structures. The authors discuss the importance of choosing the right structure for a specific task, which is a key aspect in programming. They emphasize that the wrong choice can lead to significant performance losses, which means that knowledge of data structures becomes an integral part of the professional growth of the programmer. The style of the authors is clear and logical, which makes reading fascinating and productive. Langsam, Ogenstein, Tenenbaum, and Viktorov are known for their other work in computer science, and their expertise is reflected in every page of this book. Their approach to learning and explaining complex concepts makes their works indispensable for anyone who seeks a deep understanding of computer science. If you are looking for literature on programming, studying algorithms or just want to improve your skills in working with data, “Data Structures for Personal Computers” will be an excellent choice. This book will not only enrich your knowledge, but also inspire new achievements in the world of technology. Do not miss the opportunity to immerse yourself in the exciting world of data structures and discover new horizons in programming!