7 Best-Selling Hash Table Books Millions Trust

During the early 1990s, Josef Pieprzyk and Babak Sadeghiyan explored the complexities of designing secure hashing algorithms, a crucial challenge as digital security demands grew. This book guides you through the intricate process of generating concise message digests, such as 64-bit hashes from large data inputs, emphasizing both theoretical foundations and practical implementations. You'll gain insights into how hashing algorithms underpin database searching and digital authentication, including digital signatures, without relying on secrecy. If your work involves cryptography, data integrity, or secure communications, this text offers a focused look at the mechanics and design considerations of hashing algorithms, supported by a comprehensive bibliography for deeper study.

Hao Zhang, along with Yonggang Wen, Haiyong Xie, and Nenghai Yu, brings together years of experience in distributed systems to produce a focused examination of Distributed Hash Table (DHT) technology. You’ll find detailed insights into core theories, the architecture of popular DHT platforms, and their practical applications in large-scale distributed environments. For instance, the book delves into how DHTs handle load balancing, replication, and consistency challenges, while also exploring their use in multicast, search, file sharing, and content delivery networks. This concise 75-page brief suits professionals and researchers looking for a clear, technical foundation in DHT without wading through dense, sprawling texts.

This personalized book explores proven methods for designing and implementing hash algorithms, tailored to your background and specific goals. It examines foundational concepts such as hash functions and collision resolution while diving into advanced topics like cryptographic hashing and performance optimization. By focusing on insights validated by millions of readers, the book reveals expert hash table strategies that match your interests and skill level. This tailored exploration helps you grasp complex hashing principles and practical applications efficiently, making the learning process both engaging and relevant to your needs.

When Okunade Oluwasogo Adekunle developed the Word Stemming/Hashing Algorithm, it was clear that conventional content-based spam filters fell short against crafty spammers who deliberately misspelled suspicious terms. This dissertation introduces a method that extracts the base form of altered words, effectively enhancing mail classification accuracy. You’ll learn how combining word stemming with hashing techniques can adapt to evolving spam tactics, especially when lexical correctness is compromised. The book is particularly valuable if you’re working on spam detection systems or content filtering who need robust solutions to handle obfuscated terms. It doesn’t just present theory but offers a rule-based algorithm you can implement to improve filter efficiency significantly.

What makes this book different from others is Paul Dorfman's deep expertise in SAS programming and his early adoption of hash algorithms, which he began exploring back in 1998. You’ll learn how the SAS hash object can be leveraged as an in-memory database to handle complex data management tasks, including CRUD operations, data aggregation, filtering, and memory optimization. The book walks through practical examples with sports datasets, teaching you how to select and apply hash tools effectively in real-world scenarios. If you work with SAS and face large-scale data challenges, this book offers concrete techniques that can improve how you manage and analyze data, though it’s best suited for intermediate to advanced users familiar with SAS programming.

Drawing from his extensive background in bioinformatics and computer science, Thomas Mailund crafted this book to demystify hash tables through C programming. You’ll explore not just basic implementations but also nuanced collision resolution techniques and dynamic resizing strategies, with practical examples and code hosted on GitHub to experiment with. The book’s clear progression from simple hash tables to more sophisticated designs helps you grasp the underlying mechanics and trade-offs in performance. If you already have some programming experience, especially in C, this book offers a focused, hands-on approach to understanding and building efficient hash tables that can enhance your data structure toolkit.

This tailored book explores hash table construction and optimization with a clear, step-by-step plan designed specifically for your background and goals. It dives into essential concepts like collision resolution, hashing techniques, and performance tuning while focusing on practical applications that you find most relevant. By matching your interests and skill level, this personalized guide helps you build a strong foundation and gradually develop advanced skills over a 30-day timeline, making the complex subject of hash tables accessible and engaging. The book examines real-world examples and common challenges to deepen your understanding and confidence in implementing efficient hash tables.

The International Organization for Standardization crafted this detailed standard to address the use of n-bit block cipher algorithms within hash functions, targeting environments where such cryptographic methods are already in place. You’ll explore four distinct hash-functions, each defined by varying hash-code lengths relative to the block cipher’s size, with clear references to their alignment with ISO/IEC 10118-1’s framework. This concise 26-page guide offers precise technical specifications valuable if your work involves cryptographic security or implementing hash functions compliant with international standards. If you're deeply involved in information security or cryptographic algorithm development, this work provides focused insights, though it demands some prior understanding of block ciphers and hashing principles.

Drawing from their deep expertise in cryptographic development, Arno Mittelbach and Marc Fischlin crafted this book to shift the spotlight onto hash functions, often overshadowed in traditional cryptography texts. You’ll explore foundational concepts like computational security, pseudorandomness, and message authentication codes, with detailed treatments of the random oracle model and its practical limitations. The book also walks you through real-world hash function constructions, including HMAC’s security proof, making it a rigorous study for anyone invested in modern cryptography’s core mechanisms. It’s best suited for those already comfortable with theoretical computer science who want a thorough understanding of how hash functions underpin cryptographic protocols.