References 관련

• EBooks
• Pdf(s)
• Google Research
• Bionic
• velog
• BLEX
• Substack
• Hazy Research
• Johns Hopkins Poker Course
• UC Riverside
• Extreme Learning
• StackExchange
  • Physics
  • Statistics
• Andrew Chan
• Greg Egan
• Construction Physics
• hackerllama
• Jonathan Warden's Blog
• orlp.net
• ACS
• manifest ai
• Abacus: Mystery of the bead
• Nosferalatu
• Tony Finch
• The Kalman Filter
• srush
• Bill Wadge
• Quanta Magazine
• Azimuth
• falstad
• Key Material
• Science Advances
• HILLEL WAYNE
• Algeo
• WorldBuilding Pasta
• Plus, bringing mathematics to life
• Extropic
• Jed Margolin
• Border Guards
• James Somers
• tistory
• Max Slater
• Sorta Insightful
• arXiv.org
• Bartosz Ciechanowski
• pizzathief
• Frank's Ramblings
• foreXiv
• Infinitely More
• Marvin Borner
• Minus Zero
• 기계인간 John Grib
• Phillip Tennen
• Cambridge University
• MachBase
• Some Random Posts
• The Universes of Max Tegmark
• Needlessly complex
• Ryan Marcus · UPenn
• Nathan Rooy
• 안수빈의 블로그
• sligocki
• andreinc
• Two-Bit History
• henry
• chiark home page
• cr.openjdk.org Server
• Sketching with Math and Quasi Physics
• Speaker Deck | Easily Share Your Presentations Online
• Középiskolai Matematikai és Fizikai Lapok Informatika rovattal (KöMaL)
• TELESENS
• David Turner says...
• Cris’ Image Analysis Blog
• Eli Bendersky's website
• Jonathan Olson
• Data Science | DSChloe
• Wishful Coding
• Expert consulting in applied mathematics & data privacy
• Eric Lengyel’s Blog
• Thinking about Science with David Hukins

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EBooks

• Calculating Logarithms By Hand
• On the dimensionality of spacetime
• How Euler Did It, by Ed Sandifer
• CS251 - Great Ideas in Theoretical Computer Science

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Pdf(s)

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Google Research

• Solving the minimum cut problem for undirected graphs

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Bionic

• 과학을 위한 연산

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velog

• @ksh4704 - 코드스테이츠-부트캠프 [자료구조/알고리즘](2)
• @ksh4704 - 코드스테이츠-부트캠프 [소프트웨어 개발 방법론]
• @ksh4704 - 코드스테이츠-부트캠프 [Rest API]
• @ksh4704 - 코드스테이츠-부트캠프 [UX/UI]-Design System(1)
• @ksh4704 - 코드스테이츠-부트캠프 [UX/UI]-Design System(2)
• @euisuk-chung / 신호처리 및 푸리에 변환
• @euisuk-chung / [개념정리] 시계열 분석의 인과관계 분석
• @skynet / 직사각형의 넓이는 왜 가로×세로일까?
• @euisuk-chung / [개념] 인공지능을 위한 선형대수 : 행렬편

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BLEX

• @mildsalmon - 피보나치 수열

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Substack

• maartengrootendorst / A Visual Guide to Quantization

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Hazy Research

• Learning from DNA: a grand challenge in biology

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Johns Hopkins Poker Course

• Johns Hopkins Poker Course

---

UC Riverside

• The Beauty of Roots

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Extreme Learning

• How to generate uniformly random points on n-spheres and in n-balls

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StackExchange

Physics

• Can tin foil hats block anything?
• How many photons are received per bit transmitted from Voyager 1?

Statistics

• Why is everything based on likelihoods even though likelihoods are so small?

---

Andrew Chan

• Simulating Fluids, Fire, and Smoke in Real-Time

---

Greg Egan

• Foundations

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Construction Physics

• The Technological Innovations that Produced the Shale Revolution

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hackerllama

• The Random Transformer

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Jonathan Warden's Blog

• Understanding Bridge-Based Ranking

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orlp.net

• When Random Isn't

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ACS

• Periodic Table Gallery

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manifest ai

• Linear Transformers Are Faster After All

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Abacus: Mystery of the bead

• The Bead Unbaffled - Totton Heffelfinger & Gary Flom

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Nosferalatu

• Higher Order Derivatives of Transforms

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Tony Finch

• 2024-01-29 – Constructing a four-point egg

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The Kalman Filter

• Kalman Filter Explained Simply

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srush

• The Annotated S4

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Bill Wadge

• The Rise and Fall of GOFAI

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Quanta Magazine

• Inside the Proton, the 'Most Complicated Thing You Could Possibly Imagine'
• Elliptic Curve 'Murmurations' Found With AI Take Flight

---

Azimuth

• Well Temperaments (Part 5)

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falstad

• Math, Physics, and Engineering Applets

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Key Material

• Lattices vs Cranks

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Science Advances

• Anomalous cooling of bosons by dimensional reduction

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HILLEL WAYNE

• The "missing" graph datatype already exists. It was invented in the '70s

---

Algeo

• How do calculators compute sine?

---

WorldBuilding Pasta

• HURRIED THOUGHTS: YOU'RE WRONG ABOUT TIDAL-LOCKING

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Plus, bringing mathematics to life

• Take a break by Emily Dixon

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Extropic

• Ushering in the Thermodynamic Future

---

Jed Margolin

• The Secret Life of XY Monitors

---

Border Guards

• Quantum Soccer

---

James Somers

• The Baffling Intelligence of a Single Cell

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tistory

• davincicoding / 다빈치코딩
  • 2019년 정보올림피아드 필기 중등부(2 - 4 ~ 2 - 8)
  • 2020년 정보올림피아드 필기 초등부(11 ~ 2 - 3)
  • 2020년 정보올림피아드 필기 초등부(2 - 4 ~ 2 - 8)
  • 2021년 정보올림피아드 필기 초등부(1 ~ 5)
  • 2021년 정보올림피아드 필기 초등부(11 ~ 15)
  • 2021년 정보올림피아드 필기 초등부(16 ~ 20)
  • 2020년 정보올림피아드 필기 중등부(2-4 ~ 2-8)
  • 2020년 정보올림피아드 필기 중등부(11 ~ 2 - 3)
  • 2021년 정보올림피아드 필기 중등부(1 ~ 5)
  • 부동소수점 이해하기
  • 2021년 정보올림피아드 필기 중등부(6 ~ 10)
  • 2021년 정보올림피아드 필기 중등부(11 ~ 15)
  • 2022년 정보올림피아드 필기 중등부(6 ~ 10)
  • 2022년 정보올림피아드 필기 중등부(1 ~ 5)
  • 2021년 정보올림피아드 필기 중등부(16 ~ 20)
  • 2022년 정보올림피아드 필기 중등부(11 ~ 15)
  • 2022년 정보올림피아드 필기 중등부(16 ~ 20)
  • 2023년 정보올림피아드 필기 중등부(1 ~ 5)
  • 2023년 정보올림피아드 필기 중등부(6 ~ 10)
  • 2023년 정보올림피아드 필기 중등부(16 ~ 20)
• sonseungha / Developer's Delight
  • 희소행렬을 효율적으로 저장하는 COO, CSR 형식
  • [차원축소] LDA (Linear Discriminant Analysis)
• topnanis / 준환이형님쩜넷 - 따뜻하게 즐기는 코딩 한 스푼, 반도체 한 잔
  • #0. 강의소개_반도체는 과연 무엇일까? (+ 패키징 반도체 비법 과외교실 소개)
  • #1. 반도체 공정이란 (반도체 8대 공정 + 패키징 공정 추가)
  • #2. 반도체 수율 (제조업 공통) 한 방에 정리!!
• lazymatlab / 게으른맽랩 lazy matlab
  • 타원, 케플러, 궤도운동
  • 힘이 축에 대해 가하는 모멘트 계산하기
  • 자연수의 개수와 짝수의 개수가 같다고?
  • 수학에서의 역설
  • 흰색은 어떻게 만들어지는가?
  • CIE chromaticity diagram 이해하기
  • 미적분학 공부 중...
  • 피보나치 수열의 일반항
  • 자연수를 순서대로 무한분수로 배열해서 √2 만들기
  • nchoosek, string, unique를 이용한 경우의 수 문제 풀이
  • 수학귀신에 나온 내용들
  • 2변수 함수의 극값의 2계도함수 판정법에 대해
  • 왜 gradient가 가장 가파른 방향일까?
  • 수학 위시리스트
  • Every vector space has a basis.
  • 자연수의 서수와 기수
  • 테일러 급수의 수렴 조건
  • 다변수 함수의 미분 가능성
• devs0n / Be an Overachiever
  • L1, L2 Regularization
  • Dijkstra 알고리즘 문제 유형
  • 앙상블 기법
  • [통계] 확률분포의 Expected Value & Variance
  • [통계] KL Divergence
• kesakiyo / 오늘도 개발로그
  • [백준 17404번] RGB거리 2
  • [백준 10021번] Watering the Fields
  • [백준 17086번] 아기 상어 2
• csj000714 / 드프 DrawingProcess
  • [Paper] Academic 논문 쓰기 가이드라인
• jykim74 / Warehouse of PKI
  • RSA 개인키 특성
• darkpgmr / 다크 프로그래머
  • 영상 특징점(keypoint) 추출방법
• he-kate1130 / KATE.log
  • Lec2. Markov Process, MRPs, MDPs, Evaluation and Control
  • Loss Function: Log Likelihood Loss
  • [CS224N] Lecture 1 - Intro & Word Vectors

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Max Slater

• Functions are Vectors

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Sorta Insightful

• Solving Crew Battle Strategy With Math

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arXiv.org

• Tilman Sauer: Marcel Grossmann and his contribution to the general theory of relativity

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Bartosz Ciechanowski

• Airfoil

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pizzathief

• Conformal Prediction으로 모델의 불확실성 계산하기

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Frank's Ramblings

• Vision Transformers are Overrated

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foreXiv

• Legendre transform

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Infinitely More

• Structuralism

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Marvin Borner

• Lambda Screen: Fractals in Pure Lambda Calculus

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Minus Zero

• Flattening Bézier Curves and Arcs

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기계인간 John Grib

• Cardinality
• 코페르니쿠스 원리 (Copernican Principle)

---

Phillip Tennen

• Building a GPS Receiver, Part 1: Hearing Whispers

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Cambridge University

• Knuth–Morris–Pratt illustrated

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MachBase

• 마크베이스 네오를 활용한 실시간 고속 푸리에 변환 (FFT : Fast Fourier Transformation)

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Some Random Posts

• Floats Are Weird

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The Universes of Max Tegmark

• Welcome to the Feynman Symbolic Regression Database!

---

Needlessly complex

• Unprojecting text with ellipses

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Ryan Marcus · UPenn

• Overflow in consistent hashing

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Nathan Rooy

• A visual book recommender

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안수빈의 블로그

• [연구자로 성장하기] Audio알못에서 VCC2020참가까지 (카카오엔터프라이즈 인턴 후기)

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sligocki

• BB(3, 4) > Ack(14)

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andreinc

• From the Circle to Epicycles (Part 1) - An animated introduction to Fourier Series

---

Two-Bit History

• How Much of a Genius-Level Move Was Using Binary Space Partitioning in Doom?

---

henry

• the Gilbert–Johnson–Keerthi algorithm explained as simply as possible

---

chiark home page

• Beyond the wall: Working with aperiodic tilings using finite-state transducers

---

cr.openjdk.org Server

• encodings for flattened heap values

---

Sketching with Math and Quasi Physics

• Fluid Simulation 流体シミュレーション

---

Speaker Deck | Easily Share Your Presentations Online

• 머신러닝을 위한 기초 수학 살펴보기

---

Középiskolai Matematikai és Fizikai Lapok Informatika rovattal (KöMaL)

• What makes $e$ natural?

---

TELESENS

• Calculating Position from Raw GPS Data

---

David Turner says...

• Identifying leap years

---

Cris’ Image Analysis Blog

• Median filtering

---

Eli Bendersky's website

• Notes on Taylor and Maclaurin series

---

Jonathan Olson

• Exact Polygonal Filtering

---

Data Science | DSChloe

• Deep Learning Loss Function

---

Wishful Coding

• Why is a Guillotine blade diagonal?

---

Expert consulting in applied mathematics & data privacy

• Compression and interpolation

---

Eric Lengyel’s Blog

• Poor Foundations in Geometric Algebra

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Thinking about Science with David Hukins

• 24.8 Passive damping – bathroom scales

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이찬희 (MarkiiimarK)

Never Stop Learning.