SKU/Artículo: AMZ-B0FV3FMW18

TrieCraft: Practical Strategies for High-Performance String Processing and Indexing

Format:

Kindle

Paperback

Detalles del producto

Disponibilidad:
Fuera de stock

Peso con empaque:
0.76 kg

Devolución:
Sí

Condición
Nuevo

Producto de:
Amazon

Viaja desde
USA

Sobre este producto

TrieCraft: Practical Strategies for High-Performance String Processing and Indexing is a definitive guide for engineers, researchers, and practitioners who build systems that must organize, search, and manipulate large volumes of textual data. Beginning with rigorous trie fundamentals, the book covers mathematical foundations, construction techniques, and precise space–time tradeoffs, and it contrasts trie-based approaches with alternative string data structures while exploring how alphabet size and edge representations shape performance and complexity. The middle sections translate theory into practice with optimized algorithms for insertion, lookup, and prefix search, plus pragmatic techniques for trie compaction, traversal, and concurrent access. It provides an in-depth treatment of compressed and space-efficient variants—including Patricia tries, DAWGs, and succinct encodings—and connects these structures to real-world systems such as high-throughput dictionary matching, web-scale autocomplete engines, bioinformatics sequence indexing, URL routing, and security-oriented pattern matching. Special emphasis is placed on scalable architectures—distributed, sharded, and cloud-native—so readers can design robust, production-ready trie-backed services. The book concludes with specialized and emerging topics: burst and persistent structures, hardware acceleration, and integration with machine learning models, alongside a forward-looking survey of research challenges and open problems. Practical chapters on testing, profiling, and hardening ensure reliability and safety, and detailed case studies and language-specific examples demonstrate applied design choices and tradeoffs. Together, these elements equip readers not only with the theory but with the hands-on strategies needed to implement, optimize, and evolve high-performance string processing systems.