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#math

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Greetings fellow humans,
The hectoc of the hour is:

834751

The goal is to combine the 6 numbers to a total of 100. You can use the mathematical operations + - * / ^ and the parenthesis ( ). Numbers can be combined, but you have to use all 6 of them and are not allowed to change the order. See hectoc.seism0saurus.de for an example. Please use CW "solution".

Have fun! Your hourly hectoc bot
by @seism0saurus

hectoc.seism0saurus.deHectoc

🤓🔢 Oh joy, another thrilling dissertation on how to make numbers dance faster with the latest ✨fancy✨ #hardware. Because nothing says "cutting-edge technology" quite like reciting the quadratic ritual of Karatsuba multiplication! 🎉 Let's all pretend this isn't just glorified calculator engineering! 🚀
arxiv.org/abs/2501.08889 #tech #humor #innovation #math #algorithms #HackerNews #ngated

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arXiv.orgKaratsuba Matrix Multiplication and its Efficient Custom Hardware ImplementationsWhile the Karatsuba algorithm reduces the complexity of large integer multiplication, the extra additions required minimize its benefits for smaller integers of more commonly-used bitwidths. In this work, we propose the extension of the scalar Karatsuba multiplication algorithm to matrix multiplication, showing how this maintains the reduction in multiplication complexity of the original Karatsuba algorithm while reducing the complexity of the extra additions. Furthermore, we propose new matrix multiplication hardware architectures for efficiently exploiting this extension of the Karatsuba algorithm in custom hardware. We show that the proposed algorithm and hardware architectures can provide real area or execution time improvements for integer matrix multiplication compared to scalar Karatsuba or conventional matrix multiplication algorithms, while also supporting implementation through proven systolic array and conventional multiplier architectures at the core. We provide a complexity analysis of the algorithm and architectures and evaluate the proposed designs both in isolation and in an end-to-end deep learning accelerator system compared to baseline designs and prior state-of-the-art works implemented on the same type of compute platform, demonstrating their ability to increase the performance-per-area of matrix multiplication hardware.

Hello math fans,
Your hourly hectoc is here:

111765

The goal is to combine the 6 numbers to a total of 100. You can use the mathematical operations + - * / ^ and the parenthesis ( ). Numbers can be combined, but you have to use all 6 of them and are not allowed to change the order. See hectoc.seism0saurus.de for an example. Please use CW "solution".

Have fun! Your hourly hectoc bot
by @seism0saurus

hectoc.seism0saurus.deHectoc