Explore a detailed blueprint for a highly parallel database computer and its large-scale information management system.
This book outlines a functional hierarchy built on top of a storage hierarchy to deliver high reliability and throughput for big data tasks.
Readers gain a clear view of INFOPLEX, a database computer designed for scalable information processing. The text explains how storage hierarchy, memory management, and modular, hierarchical design come together to support complex database functions—from data definition to query processing—without exposing lower-level device details to the upper layers. It emphasizes how parallelism, decoupled interfaces, and layered decision making contribute to performance and reliability.
With a focus on architecture and methodology, the work covers key topics such as:
- Storage hierarchy and memory management strategies that balance cost and speed
- The functional hierarchy and how modular design reduces function overlap and improves reliability
- Internal structures for data encoding, unary and binary sets, and their interfaces
- Plans for future research, including design methodology, locking mechanisms, and prototype implementation
Ideal for readers of system architecture and database design who want a rigorous, theory-grounded view of a specialized database computer and its hierarchical, modular approach to managing information at scale.