Synopsis
Explore how geometry goes parallel—and stays practical.
This book, Parallel Computational Geometry, shows how to turn space problems into fast, scalable algorithms using a parallel model. It explains what NC algorithms look like and how they can be implemented on real machines.
This work surveys methods to translate classic geometric tasks into parallel steps. It covers foundations like parallel prefix sums and list ranking, and it explains how these tools unlock fast solutions for core problems such as convex hulls, Voronoi diagrams, and 3D hulls. The text also introduces new data structures and line-queries that support efficient geometric reasoning.- Learn how to frame geometry problems for parallel execution
- See how to merge, divide, and conquer in parallel to build hulls and diagrams
- Understand practical constraints and processor allocation in real systems
- Discover how these ideas connect to applications in graphics, robotics, and VLSI
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Parallel Computational Geometry Classic Reprint
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Parallel Computational Geometry Classic Reprint
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HRD. Condition: New. New Book. Shipped from UK. Established seller since 2000. Seller Inventory # LX-9780364891391
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