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The article discusses innovative ways of compressing chess moves through encoding, allowing for significant reductions in database size and enhancements in query performance. The author highlights the inefficiencies of traditional text notation and explores different encoding strategies to more efficiently store chess moves, showcasing potential savings in storage space. Furthermore, the article outlines the impact of these methods on database performance and touches on the prowess of computers in handling these encoding and decoding operations efficiently.
Main Points- Inefficiency of Text NotationThe current text notation of chess moves, such as Qxf7 (queen takes on f7), is highly inefficient for storage purposes.
- Efficient Encoding of MovesThrough clever encoding, it's possible to significantly compress the number of bits needed to store a chess move, achieving savings of up to 71.43%.
- Real-world Application BenefitsReal-world application of this encoding method can lead to a substantial reduction in database size and enhancement in query speed, driving significant performance improvements.
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