Average article rating: 4.94
General Programming
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| Algorithms |
10 Oct 2023
Updated: 11 Oct 2023
Rating: 5.00/5
Votes: 10
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Licence: CPOL
Views: 11,280
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Practical implementation of a fast, robust and reliable polynomial root finder using Newton's method
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17 Oct 2023
Updated: 17 Oct 2023
Rating: 4.60/5
Votes: 3
Popularity: 2.19
Licence: CPOL
Views: 4,771
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Fast and Stable Polynomial root finder for Polynomial with real coefficients
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11 Nov 2023
Updated: 11 Nov 2023
Rating: 5.00/5
Votes: 7
Popularity: 4.23
Licence: CPOL
Views: 4,571
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Practical implementation of a fast, robust and stable polynomial root finder using Halley's method
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28 Nov 2023
Updated: 29 Nov 2023
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Licence: CPOL
Views: 2,401
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Laguerre's method for a stable and efficient polynomial root finder.
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20 Dec 2023
Updated: 20 Dec 2023
Rating: 5.00/5
Votes: 4
Popularity: 3.01
Licence: CPOL
Views: 4,537
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Durand-Kerner method for Polynomial roots. A fast and reliable simultaneous method
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8 Jan 2024
Updated: 8 Jan 2024
Rating: 5.00/5
Votes: 2
Popularity: 1.51
Licence: CPOL
Views: 3,086
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Ostrowski multi-point method for Polynomial roots
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16 Mar 2024
Updated: 16 Mar 2024
Rating: 5.00/5
Votes: 5
Popularity: 3.49
Licence: CPOL
Views: 3,601
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The steps needed to build an Interval Arithmetic class in C++
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28 May 2024
Updated: 28 May 2024
Rating: 5.00/5
Votes: 4
Popularity: 3.01
Licence: CPOL
Views: 3,010
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How to add Xoshiro and ChaCha PRNG's as compatible class in C++
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Denmark
With a Master's degree in Electronic Engineering, I've further specialized in the intersection of Computer Science, Numerical Analysis, and Applied Mathematics. In my earlier career, I gained extensive experience in developing compilers, linkers, and interpreters. This foundational work has equipped me to later focus on designing high-performance algorithms for arbitrary precision arithmetic. My expertise lies in leveraging optimization techniques to solve complex problems within these fields.
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