The Hundred-Page Machine Learning Book (PDF + EPUB + extra PDF formats) by Andriy Burkov is on sale on Leanpub! Its suggested price is $40.00; get it for $14.00 with this coupon: https://leanpub.com/theMLbook/c/LeanPublishingDaily20260319 #DataScience #ComputerScience

This #paperOfTheDay is #computerScience : "A polynomial time, numerically stable integer relation algorithm" from 1992. This is the article that introduces the PSLQ algorithm.
Given a n-component vector of real numbers x=(x_1, ..., x_n), an integer relation is a vector of integers (m_1, ..., m_n) such that m_1*x_1 + ... +m_n*x_n=0. Phrased differently, this means that one of the entries of x is a linear combination of the other entries, with rational coefficients. The task is to either find this integer vector m, or to establish that no such vector exists with entries below a certain size (since the numbers x are given to finite floating-point precision, it is always possible to find some vector m with gigantic numeric values: Say they have 100 digits, then multiply x by 10^100, and the resulting numbers will be integers within the given precision).
Before PSLQ, there had been algorithms, most notably LLL and HJLS, for the same task. The great innovation of PSLQ is the "numerically stable": It does not require much more digits for internal computations than then input data has, and it is reliable in determining that no relation exists below a given threshold. By this, it is effectively also faster than previous algorithms, because it can run at lower floating point accuracy.
PSLQ has important applications in perturbative #QuantumFieldTheory and broader #physics : Often one has complicated integrals, where one knows that the result is some rational linear combination of a finite number of transcendentals (e.g. pi, e, Values of the zeta function, sqrt(2), log(2), etc). Then, one can solve the integral numerically, and use PSLQ to find the linear combination. https://www.davidhbailey.com/dhbpapers/pslq.pdf

Making a 3D DAW in Unity: Chaos, Logic, and Physics – Noah Feasey-Kemp – ADC 2025
https://www.youtube.com/watch?v=6WeecBwyEyM
#3dSoundDesign #AcousticSimulation #acoustics #ADC #AudioInterface #audiocube #AudiocubeDaw #AudiocubeSoftware #ComputerScience #DAW #DevAudioProfessional #DigitalAudio #GenerativeMusic #ImmersiveAudio #monetization #music #realtime #sound #SpatialAudio #youtube

Researchers successfully utilized artificial intelligence to decode the rules of an ancient, previously unexplainable board game carved into a limestone object discovered in the Roman Netherlands.
#Archeology #ArtificialIntelligence #ComputerScience #sflorg
https://www.sflorg.com/2026/03/arch03212601.html

Hype for the Future 140D: System Requirements for Instruction Set Extensions (Intel x86)

Introduction Different instruction set extensions require generally different generations of Intel x86 processors. Please note that AVX-512 is only available on select processors in the Intel 11th and 12th generations. Specifications MMX: Pentium MMX or later (except Pentium Pro) SSE: Pentium III SSE2: Pentium 4 SSE3: Pentium 4 “Prescott” (2004) SSSE3: Core 2 Solo/Duo/Quad/Extreme SSE4, SSE4.1: Core 2 “Penryn” (2007/08) SSE4.2: Core “Nehalem” AVX: Core “Sandy […]

https://novatopflex.wordpress.com/2026/03/20/hype-for-the-future-140d-system-requirements-for-instruction-set-extensions-intel-x86/